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American Cities: The Emerging Hub for Environmentally Responsible Investing

The U.S. circular economy is a $4.5 trillion opportunity by 2030, driven by cities reimagining waste as a resource. Cities like Cleveland and Nashville are leading the way with community-driven sustainability programs that deliver environmental impact and financial returns. These programs include initiatives like closed-loop composting, repair fairs, and material recovery facilities. By 2025, over 20 U.S. cities have adopted zero-waste goals, with circular economy strategies at their core. Investment opportunities exist in green infrastructure, ESG-linked bonds, and local clean-tech startups. Cities are issuing green bonds and ESG-linked bonds to fund projects like urban composting hubs and material recovery facilities. Startups are also playing a key role in the circular economy, with companies like Rheaply and Cyclyx redefining waste management. For investors, the key lies in diversifying across asset classes, including green infrastructure, ESG-linked bonds, and clean-tech startups. By investing in the circular economy, investors can generate profits while supporting sustainable practices and reducing waste.

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UNDP, FBCCI, and IRC collaborate to promote environmentally friendly startups, accelerating the transition to a circular economy.

The UNDP Bangladesh, in collaboration with the Federation of Bangladesh Chambers of Commerce and Industry Innovation & Research Centre (FBCCI-IRC), has launched the Green Startup Grant to support young innovators developing circular economy solutions in plastics. The initiative, supported by The Coca-Cola Foundation, provides financial and technical support to early-stage startups. Ten startups were selected to receive 5 lakh BDT to scale solutions such as renewable energy, recycling innovations, and eco-friendly consumer products. The launch took place during a high-level policy dialogue on “Circular Economy and SDG for Industry and Export Growth” in Dhaka.

Speakers emphasized the importance of transitioning to a circular economy to remain competitive, reduce import dependency, and attract clean investment. They also highlighted the need for stronger policies, fiscal incentives, and access to green finance to advance plastics circularity. The event featured a panel discussion, where participants emphasized the importance of collaboration among government, industry, entrepreneurs, and development partners to scale innovations and secure Bangladesh’s leadership in sustainable, export-driven growth. The initiative aims to support Bangladesh’s transition to a circular economy and drive export growth.

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The request to access a website or app has been blocked. The error message suggests that the issue may be due to high traffic or a configuration error, preventing a connection to the server. The user is advised to try again later or contact the app or website owner for assistance. For content providers using CloudFront, troubleshooting steps can be found in the CloudFront documentation to help resolve and prevent this error. The error was generated by CloudFront, with a unique Request ID: SsLjfdM2XY0aYzLcfXpn1ZxsefwRGHakVZhLX7lZ9MOcXcZgPO43jg==. This error indicates a temporary issue that may be resolved by retrying the request or seeking further support.

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Local Victorian entrepreneurs transform discarded produce into valuable resources at the historic Queen Victoria Market through innovative waste reduction initiatives

The Queen Victoria Market in Melbourne has launched a Circular Economy Precinct, a bold experiment in sustainability. The precinct aims to reduce food waste by giving market leftovers a second life, supporting jobs, social enterprise, and community education. The Moving Feast Kitchen recovers unsold food from traders and turns it into fresh meals and products, which are sold at the Moving Feast Pantry. A STREAT café is also part of the precinct, creating a “mini circular economy in action.” The initiative builds on the success of a similar project in Kensington, which diverted over 18 tonnes of waste from landfill. The Queen Victoria Market generates over 800 tonnes of food waste each year, and the new precinct aims to reduce this significantly. The project also serves as a testing ground for innovation, with three projects to be trialled, including a packaging reuse pilot and a program of events to engage the community. The city aims to divert 90% of waste from landfill, and the precinct is a key step towards achieving this goal.

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Tapping into Sustainable Packaging and Recycling Infrastructure to Unlock New Investment Opportunities

The U.S. Plastics Pact, a coalition of over 130 stakeholders, is driving change in the plastics industry by promoting circular economy principles. As the Pact transitions to its 2030 roadmap, investment opportunities are emerging in sustainable packaging, recycling infrastructure, and reusable packaging systems. Despite progress, challenges persist, including fragmented infrastructure and low recycling rates. However, these challenges also present opportunities for capital to drive transformation. Investment areas include material innovation, smart packaging, recycling infrastructure, and reusable packaging systems. Government policies and regulatory momentum are also accelerating the transition to a circular economy. Case studies, such as International Paper and Dow’s INNATE Resin, demonstrate the commercial viability of circular innovations. Investors can capitalize on this trend by prioritizing scalable technologies, policy-aligned portfolios, and corporate partnerships. The circular economy is no longer just an environmental imperative, but a financial opportunity, with the market poised for exponential growth.

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Shifting towards an eco-friendly industrial sector

Vietnam is transitioning to a green industrial model to secure a prosperous and resilient future. The government has issued guidelines and policies, including the National Green Growth Strategy and the Law on Environmental Protection, to promote sustainable development and reduce greenhouse gas emissions. The country aims to reach net-zero emissions by 2050 and has set targets to accelerate the development of renewable energy sources. Incentive policies have been introduced to support businesses in accessing preferential loans and upgrading technologies.

Despite challenges, Vietnam has made progress in its industrial development, with the manufacturing and processing industry driving growth. The energy sector has undergone a positive structural shift, with the rapid development of renewable energy. However, the industry’s technological level remains behind that of modern industrialized countries, and domestic support industries are underdeveloped.

Experts believe that Vietnam can leverage momentum to accelerate its green transformation, attracting high-quality foreign direct investment and promoting green finance. A coordinated strategy is needed, including reviewing and strengthening legal and policy frameworks, promoting green finance, and building enterprise capacity and a skilled workforce. Successful green transformation will be a defining milestone in Vietnam’s development journey.

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Stouffville: Apply Now for York Region’s Grant Program Supporting Circular Economy Projects

York Region is accepting preliminary applications for its Circular Economy Initiatives Fund (CEIF), a grant program that supports nonprofit projects reducing residential waste. The fund offers $5,000 to $25,000 for projects under two streams: Reduce Waste and Enhance Education and Awareness. Eligible projects include food waste recovery, community repair hubs, composting pilots, and waste-cutting technology. Since its launch in 2021, over $400,000 has been awarded to 20 organizations.

The Reduce Waste stream supports community-based projects that reduce environmental impacts, while the Enhance Education and Awareness stream delivers educational programming to change resident behavior. Registered charities and nonprofits can apply, with priority given to innovative, community-driven initiatives. Applications must be submitted by September 14, with successful organizations starting their projects in February 2026. The CEIF aims to promote a circular economy that eliminates waste and pollution, conserving resources through better design and reuse. Detailed application information is available online, with applicants advancing to the next stage notified in October.

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FG Unveils Youth Empowerment Program Focused on Circular Economy to Foster Job Creation and Advance Climate Change Mitigation Efforts

The Federal Ministry of Youth Development has launched the Circular Economy Youth Empowerment Initiative (CEYEI) in collaboration with SAMU Technology and the Recyclers Association of Nigeria. The program aims to reduce unemployment, foster economic growth, and promote environmental sustainability. CEYEI includes the Waste to Wealth Project, which converts waste into eco-friendly products and provides green jobs for young people. The initiative will provide hands-on training, mentorship, and access to green technologies, as well as opportunities for innovation and market expansion.

The program is part of President Bola Ahmed Tinubu’s Renewed Hope Agenda, reflecting the administration’s commitment to youth empowerment and a greener economy. A dedicated online platform has been launched to support the initiative, and complementary programs include digital literacy initiatives, mental health and wellness hubs, and a youth credit scheme. The initiative will be implemented nationwide, ensuring inclusivity and equal access for all. Stakeholders have been called upon to invest in youth-driven waste-to-wealth initiatives to create jobs, reduce poverty, and strengthen resilience.

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The global market for circular economy banking products is experiencing unprecedented growth.

The Global Circular Economy Banking Products Market is projected to grow from $7 billion in 2024 to $25 billion by 2032, at a CAGR of 17.25%. The market is driven by the increasing demand for sustainable and eco-friendly banking products, such as green loans, sustainability-linked bonds, and circular credit lines. The market is segmented by type, including green savings accounts, recycled-material debit cards, and carbon footprint trackers, and by application, including SME circular projects, consumer green purchases, and manufacturers under EPR.

The dominant region is Europe, while the fastest-growing region is Asia Pacific. Major players in the market include Triodos Bank, ING Group, BNP Paribas, and Barclays. The market is expected to face challenges such as measuring circular impact, consumer awareness, and regulatory hurdles. However, the growth of green bonds, circular leasing models, and digital green wallets is expected to drive the market forward.

The report provides an in-depth analysis of the market, including key segments, trends, and challenges. It also provides a comprehensive overview of the market, including market size, growth rate, and competitive landscape. The report is designed to help businesses and investors understand the opportunities and challenges in the circular economy banking products market and make informed decisions.

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In2tec praises the UK Government’s commitment to address the issue of disposable culture.

The UK Government has pledged to support the transition from a throwaway society to a circular economy, aiming to eliminate waste and pollution by keeping resources in use for as long as possible. Environment Secretary Steve Reed announced the formation of a Circular Economy Taskforce to tackle stagnating recycling rates and landfill. Emma Armstrong, Sustainable Electronics Ambassador at In2tec, welcomed the taskforce, emphasizing the need to reduce waste and conserve resources such as rare earth elements and metals. In2tec’s technologies, ReUSE and ReCYCLE, enable the removal and reuse of components from electronic waste, reducing the environmental impact of production and disposal. Armstrong advocates for sustainability in design, allowing for the creation of modular and disassemblable products that can be easily repaired and reused. The UK has the potential to lead the world in reusable and recyclable electronics, creating employment opportunities and reducing waste. In2tec’s technologies can help achieve this goal, making a significant impact on the environment and the economy.

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Aiyedatiwa launches sustainable development initiative for Ondo, focusing on climate resilience and circular economy.

The Governor of Ondo State, Lucky Aiyedatiwa, has approved the formation of a committee to develop a circular economy and climate change policy. The Commissioner for Environment, Dr. Tob Loko, announced that the committee will create a comprehensive policy framework to transition the state to a circular economy, minimizing waste and maximizing resource efficiency. The committee will also formulate a climate change roadmap aligned with Nigeria’s national commitments, the Paris Agreement, and the UN Sustainable Development Goals. The initiative aims to promote green innovation, investment, and job creation in key sectors such as agriculture, energy, and manufacturing.

The committee will comprise experts from various fields, including government, private sector, academia, and civil society organizations. The goal is to create a holistic and inclusive approach to policy formulation. The Ondo State government believes that climate change and environmental degradation pose serious risks, but also present opportunities for industrial transformation and resource efficiency. The committee’s work will enable waste-to-wealth solutions, enhance carbon credit readiness, and support youth employment through green job creation. The government is committed to inclusive consultation and partnership throughout the process.

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Princeton NuEnergy secures NSF SuperBoost funding to fast-track innovative direct recycling solutions for lithium-ion batteries.

Princeton NuEnergy (PNE), a lithium-ion battery recycling innovator, has received a SuperBoost grant from the National Science Foundation’s Energy Storage Engine in Upstate New York. The funding will support PNE’s efforts to scale its patented low-temperature plasma-assisted separation process for direct recycling of spent lithium-ion batteries. This technology enables the repair and rejuvenation of critical materials without using high-temperature furnaces or strong acids, reducing greenhouse gas emissions and toxic waste streams. The grant will help PNE demonstrate the scalability of its process, advancing the company’s mission to create a circular supply chain for US battery manufacturing and recycling.

The SuperBoost program aims to accelerate time-to-market for transformative energy storage technologies, and PNE’s innovation directly supports the mission to strengthen domestic battery supply chains and reduce reliance on overseas processing. The grant will help PNE bring circular economy solutions to the US battery market faster and more cost-effectively, supporting US national security objectives and reducing dependence on foreign supply chains.

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Component of a regenerative economic system

Over 496 million tons of plastic are produced annually, contributing to a massive pollution crisis. However, a research team at Brandon University in Canada has discovered a potential solution: using waxworms, the caterpillars of the greater wax moth, to break down polyethylene plastic. These “plastivore” worms can degrade and digest the plastic, converting it into lipids stored as body fat. Approximately 2,000 waxworms can break down a polyethylene bag in just 24 hours. While an all-plastic diet is fatal to the worms, co-supplementation with other food sources could make this a sustainable solution. The researchers propose mass-rearing waxworms on a co-supplemented polyethylene diet as part of a circular economy. Alternatively, they could replicate the worms’ biological mechanisms synthetically in a lab. Other companies and labs are also exploring similar processes, including plastic-eating fungi and bacteria. While waxworms won’t reverse the plastic pollution crisis on their own, they could offer a low-impact way to help tackle the problem. This innovative approach could be a game-changer in the fight against plastic pollution.

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Revitalizing Utilization via Regenerative and Bio-Inspired Breakthroughs – FMIBlog

The industrial oil market is undergoing a significant transformation, shifting from a linear to a circular model. Instead of being used once and disposed of, industrial oils are being reused, regenerated, and replaced with bio-based alternatives. Companies like Veolia and Safety-Kleen are operating advanced re-refining facilities, processing millions of gallons of used oil annually. Re-refined oils can perform on par with virgin oils, offering environmental benefits and cost advantages. The adoption of synthetic and bio-based industrial oils is also gaining momentum, particularly in high-stress industries like wind energy and mining.

Regulations and ESG mandates are driving this change, with the European Union’s Circular Economy Action Plan and the US Environmental Protection Agency’s used oil management standards promoting sustainable oil practices. The industrial oil market is expected to grow from $70.44 billion in 2025 to $99.36 billion by 2035, with re-refined oils becoming increasingly cost-competitive. However, challenges remain, including limited infrastructure in developing countries and awareness gaps among small and medium-sized enterprises. Emerging innovations, such as decentralized micro-re-refining units, are helping to address these challenges and create a more sustainable industrial oil market.

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Meet Charlotte Boesch, a trailblazer in the realm of circular economy.

Charlotte Boesch, a Senior Program Manager for the Billion Oyster Project, is a regenerative system builder working towards a circular economy. She was inspired by her childhood experiences with composting and gardening, which taught her that “waste” is just a resource in the wrong place. Her career has evolved from teaching children about local food systems to managing an innovative circular program in New York City. The Billion Oyster Project recycles oyster shells from restaurants to restore oyster reefs in New York Harbor, creating a local circular loop that benefits both the hospitality industry and marine ecosystems.

Charlotte believes that successful circular design must engage every possible stakeholder and is energized by the growing recognition of marine ecosystems as critical infrastructure. She sees the greatest opportunity for growth in scaling hyperlocal circular solutions that connect urban consumption with regional ecosystem restoration. To stay engaged with sustainability, Charlotte recommends getting hands-on experience, living sustainably in daily life, and closing loops wherever possible. Her work with the Billion Oyster Project demonstrates the potential for circular economy solutions to create positive environmental impact and promote regenerative systems.

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Webinar: “Understanding circular economy through quality assurance in environmental education”



https://www.tartuloodusmaja.ee https://www.ecoschools.global/ https://www.b-s-p.org/ https://polkuedu.fi/ …

hello everyone Welcome to our webinar on the topic of understanding circular economy through Environmental Education quality assurance it’s a great pleasure to have you here all Educators and professionals um to and you’re ready to explore uh how we can make Environmental Education more impactful and uh connected to the topic of uh circular economy we’ll be sharing uh practical tools today well my name is gy matis and I am from dto nature house from Estonia and I’m the Project Lead ER and um a co-host of this event today uh it’s very nice to see you here uh probably more participants will join during uh the webinar um during this webinar we will uh share some practical tools some ideas and share our experiences from this uh joint project that we have and uh we will learn together to find uh new ways to um uh talk about circular economy uh and to educate people about so some of you might still uh enter some words we wanted uh to start the webinar with a question of what do you think is the biggest barrier to high quality Environmental Education in your opinion and we see here that um a lot of you haven’t answered lack of something because the word lack is the biggest in the word cloud thank you for entering your um words and we see here that continuity uh competences teachers some topics uh audiences also um knowledge time and something is hard or misconceptions I think these are all very good and see that people are adding more because we will have more participants throughout the webinar so sometimes we will continue and um repeat how to use the tools so to start with this question it’s very good to see that we have found the same similar barriers and um I would like to now continue with the next slide so like previous I told that I am gy uh myen and I work in D Environmental Education Center in Estonia and uh today we will be sharing uh some of the knowledge that we um gained through one of the Erasmus Plus um projects that we uh did jointly together with our finished Partners this was a one-year project as you see here in the slide it’s the duration only this year and it will end with this webinar and we will collect some ideas also from this webinar so this is very important for us so uh to be active during the webinar um don’t be shy to write in chat or uh raise your hand if you have any questions during it so we we uh together with um uh Finnish Partners we wrote this project called together towards improved quality of Environmental Education because we also found that tackling these challenges that you wrote in the wordcloud is very needed um both in both of our organizations all right so to give you a really quick overview of what was the project that about so we will start sharing more of the Practical tools that we found and created within but the idea was to Foster collaboration between our organizations and to see what’s already here in Finland and in Estonia on National level uh what can support our organizations of giving a nonformal Environmental Education so also very important for us both for ations uh found necessary to promote climate action that’s why we came up also that circular economy is a topic that needs to be addressed and uh something that we really wanted to support for the school curriculum uh so the teachers will be able to make more uh lessons with our help and of course enhancing our own professional competen es um because both of our organizations in Finland and in Estonia we have environmental Educators so-called program facilitators or lesson facilitators we go either to a classroom or school or the school comes to us in Estonian case a lot of schools come to our Center but in Finnish case a lot of um schools are invited them uh to go to schools so they they have a big area to cover so it’s a little bit different approaches of programs as well uh here like I told it was a project between two partners but we had Associated Partners as well the main partner from Estonian is uh dark to Nature house and the main partner from Finland is Helsinki metropolitan area reuse centers environmental school bco as you see from the backgrounds I represent uh D nature house and some who has different background is say in bco they are from Finland but both of Estonia and uh Finnish side we had the associated partners that were um really uh important uh because they are responsible of the national um Quality Assurance systems in Estonia in case it’s Estonian Environmental Education Association and in Finnish case it is The Finnish Association of Nature and the environmental schools so-called l so together uh we came up this project idea but um because there’s two main Partners we would like to have a short overview or introduction about our centers as well because this webinar is also very important to find new col collaboration Partners so if you are here today if you find uh the work that we do interested you are more than welcome to contact us later to find a new project ideas or to find out more what we did during this project we do only have two hours today so it will end uh the webinar will end at one o’clock but uh we will be more than welcome to uh chat later on uh through mails and so on but um I talk a little bit about art to Nature house and you are welcome to visit us uh online uh There’s the link and you will also receive the presentation after this uh webinar um you can find a virtual tour actually about nature house and you can walk around nature house and investigate in nature house we actually have three main parts um it’s nature school we have almost uh five to 600 students every year and we have many hobby classes from orology to uh animals friends to geology and so on then we have a training center uh and this is me meant for schools and kindergartens to order some of the programs to fulfill uh School curriculum National curriculum also Training Center provides uh training for teachers and uh some kind of um uh trainings for the public uh on different areas um for example um waste uh management or sorting of waste and and for example composting um we have visitor center as well which means that the house itself is uh open for people to come in to see uh what’s happening here and we have an info center down uh stairs that uh will uh provide some of the activities for just visitors as well um you’re all welcome to visit tto nature house uh and uh then you will learn about what we do here this is meant for families communities and tourists so the community part is very important for us we do quite a lot of events quite a lot of um Family days uh to interact with the parents of our uh hobby school students but also just to uh raise awareness about different environmental topics um so the topics that we can relate maybe with the new collaboration partner and also what was important when we started this project uh you can see here so it’s we are really committed to sustainability we follow environmental um policies that we have we are part of a green office system as well we have this certificate and it’s very important for us to preserve biodiversity we give some information about waste management and so on um also we try to be as a as a good example of all of these topics uh uh when people come to the nature house they will see for instance how rain water could be collected and how it could be used uh in the toilets for example for water conservation so we have some of the samples here that people can come and investigate and try to see if that fits to their Center as well the next slide we’ll show a bit that we are part of big um Global communities as well first of them is Echo schools uh Community um we have a lot of Estonian schools joined the second big one is UNESCO Associated schools Network and we are coordinating the Estonian activities in both of those um networks uh D nature house is also a founding member of Estonian stem education Union and the member of Estonian Association of hobby schools but uh I try to make it uh quite shortly if you’re interested in more of them uh about our Center I will be glad to provide you another slideshow uh later after this webinar just uh let me know by writing to my email I will provide my email at the end of this webinar but um uh if you do have any questions then later on but now I will give the control to Lena Nar thank you very much KY um yes so my name is Lena nari and I am the head of the environmental School Pulu and well in this project it has been a real pleasure to um get to know also the tarto nature school and it’s actually uh fun how we have a lot of similarities in our work but also very different approaches and it has also been very interesting to see how also different countries have a little bit different realities in the uh in the whole Environmental Education systems so this has been a very um uh nice opportunity to learn from each other but I will also tell you a little bit about our environmental School uh there you also see our um the address of our uh web pages so you can find more information from there and you can also contact me uh the same way if you happen to have more questions so Al my contacts will be uh shared in the end of this um webinar so um actually our environmental school is part of a bigger company that is the Helsinki metropolitan area reuse center in ficia it’s uh we are called like or people know us from the name katus gesus and um the whole company Works to enable sustainable Lifestyles and we try to save natural resources and actually uh how we do it uh is that we uh sell uh re reused um items like anything people might have they donate it from to us and we have at the moment 14 different uh reuse stores and one um online store also where we sell uh these items and the company has also different workshops where we upcycle things and repair uh for example bicycles and electronics but um this um environmental school work is a part of the company and um uh the point is of course to improve the knowledge uh about these sustainable LIF style issues and our environmental school is also uh part uh or a member of The Finnish Association of natur Nature and environmental schools so um this way um we are um participating also to the bigger network of the environmental schools and nature schools in the whole Finland and um well Johanna will tell you a little bit more about L later on um yes so what our school um does every year we have about 2,000 lessons for the school kids and for the daycare kids it might be also adults are very different kind of groups uh often the lessons um are held in the schools so we don’t have uh in the same way our own locations uh where a nice nature house as the T nature house has but we go to the where our clients are I would say and besides these lessons we also produce teaching materials and trainings for teachers and Educators so it’s often different kind of projects and uh um we are also interested uh in possible new project if somebody has something nice to propose us and and um well uh our way of work is such that uh like our school doesn’t really have our own funding in such but we work with different kind of cooperation Partners so uh for example this helsink region Environmental Services is one of our um longtime uh partners with who we um have been doing this um school and daycare visits already very long so they are actually the ones who uh um um who um well they they they found most of our uh School visits at the moment uh yes and then still some more um more key figures so at the moment we have about 30 lesson plans that are in use so um um the themes they vary from sustainable lifestyle circular economy sustainable use of water and uh well this comes also in a big part uh from our Cooper cooperation partners and um uh especially after the corona times um more and more of our lessons have been held outside we we might meet the classes in the schoolyards or in the park beside the schools so this why this way we also like promote the the idea that you can go have the teaching also outside and every week every year we meet about uh 30,000 Learners so anyways quite quite big numbers and besides uh the the the visits that uh we we go to the schools even though we don’t really have our uh like classrooms in our Stores um also uh for example uh we use um our uh companies uh example uh in the Environmental Education so that um um groups can also visit our stores and um yes like I already said we have already 14 different stores all around H hink Capital Area so um there is lot of options to get to know our work but maybe this was uh some some information about our work in a nutshell and if you want to learn more you are free to contact me also like something that comes first to your mind or yes yes now something appears so nature experiences organization the government the go guidelines enthusiasm competence Educators nature experiences yes very good and need more um handson experience and guidelines did I mention already okay and more words coming but they are they seem to be very uh they are same size here competence now is like uh appearing bigger so very good possibilities are here also [Music] mentioned and yeah even more but the competence is still there like the bigger one yeah okay very good and if you still are posting something go ahead we can still keep this a little while so guidelines exercises are there a budget also mentioned and student very good okay thank you so this is the approach in our project so we have um identified in our organizations here that um there are two different approaches and you will hear more about these today but first I can also introduce myself my name is anoa and I work in environmental School PA as an Environmental Education specialist and uh I I have also been a part of this project but in this figure we have uh we show you the uh similarities and also the differences in our organizations uh the Finish system uh it um there is a organization level program level and facil facilitator level and it all starts from the organization and going from the programs to the facilitators the main focus in is on organizations and on the other other hand here in Estonia the program level is the like the main level and then also uh facilitators the level there is um uh quite significant and then the organization level is is like little bit smaller and I think uh it would be uh good time now to start uh with the Finish system and the organization level there but um to hear more about the Finish system I would like to welcome Johanna sunik from Li to tell you more about the C system here in Finland and the system that the Finnish Association for nature and environmental schools is um a hosting sustainability environmental value keeping the quality so quite many quality better something that’s good trust that’s a I think yeah one uh important point of view give something that’s also a but credibility yes okay that’s well there’s still some coming but um um most answered or most said word is quality so I think that’s pretty much what is it about or at least uh in our perspective perspective H shared values that’s good too yes I think we can go ahead so here the organization level so Johanna can can tell you more about this one in here in Finland side and maybe after that KY can comment on the Estonian part so my name is johanik and I’m working as an executive manager in this finish Association for nature and environment schools l in Finland uh uh we started in 2007 and uh we are a a Nationwide Nationwide U organization NGO uh that our host um uh and our aim is to promote the strong uh nature connectedness of children and young people and and their ecologically sustainable uh way of life and future uh how we are doing this we have a sort of three um main um models or products that we are doing uh we are the National coordinator of uh uh nature environmental school and there are around uh 50 members Nationwide in our uh uh network uh and it means that uh all kinds of of centers in Finland who does have uh Environmental Education environmental educational programs for children and young people they could they are part of our network uh but the uh main actions take place in in these local centers so we don’t own the centers or we don’t uh they are only a part of their Network so these are Network these centers they uh offer uh nature Environmental Education activities for groups of children and young people and quite many of them also have some uh training for teachers and Educators uh and uh we are also a National Youth Center organization and we uh get a General Grant of funding from the Ministry of Education and culture but we also have um different kinds of uh different other uh fundra fundraising activities and programs and uh we projects and uh we also very very much like to uh get new Partnerships and uh to get some new project ideas also so please feel free to contact us if if necessary outside this network we also are one of the biggest um products is this MAA uh which is a open service for everyone interest in environmental educational materials and outdoor educational or learning materials um and it’s an material tank and search in in and sharing platform for all teachers and Educators to use or everyone in anyone interested in that in this topics topics and then we also um organize this uh big uh Environmental Education and outdoor educational event OS out which which takes uh part in every third year so the next one will be in 2026 so uh please welcome to that also um there will be some program in English and if we can have some kind of a maybe Global project or something uh to fund this English English program then we’ll have more and more uh English uh program there too so um and we are more and more uh like to we more and more like to think that we are sort of um the link between researchers and schools so for the uh last uh years we’ve had quite many projects on nature obser observation and the citizen science and there will be a whole um completely new uh section for those materials or the nature observation in MAA in hopefully in the near future yeah I think and and then um I think for the the main like the most important thing for this project is that uh we also develop this quality of Nature and Environmental Education activities through uh certification and audit system which I’m going to tell you a little bit so uh uh our uh Network consist of uh uh three types of members so there are this trial member who um they don’t um meet all the criterias yet but they can be uh on trial for two years and then like the very basic level is these activity centers who also don’t fit all the criteria criterias but they have some activities for these uh children and young uh group of young people and children and then the like highest um uh base of this uh criteria is this Development Center like uh environmental School B are are one of those and they meet all the criterias in the system and they also have some training for the teachers and then they develop uh environmental educational Pro uh programs and materials have different kind of uh uh projects to uh develop Environmental Education in Finland yes and this um auditing system consists of three steps which you can read There are they like the most important parts of the uh auditing system it is self evaluation then self evaluation that the center is uh giving giving and they uh fill some forms beforehand and then uh there is a be review or the auditing in the center and then there a joint discussion with the beer Center so and this um um this uh auditing happens on the spot in the center and it’s also always um joint discussion between two or three centers so we are not uh doing this auditing from the from the association but the centers are doing it h but I think and the most important or the purpose of this audit is to support and diversify the work of the network centers and of course to maintain the quality requirements and in these joint discussions this centers get or receive feedback on their activities and then they can share good act good practices uh one of the like quite recent change in this system is that nowadays uh we audit from the association of office we audit every new center that wants to join this uh Network because this uh certification is valid for 3 years and then there’s an audit auditing every after every uh two years so for the new members it’s easier that we audit them right away when they join this network so they don’t have to wait for two years and then we also sort of um like there was a distrust and um task earlier so I think we can uh sort of uh maintain this trust and quality so that we can make sure that these new centers they fit these criterias so before this audit uh these centers they do uh give uh introduction for these uh for these uh programs they have and they make this self avaluation and then uh in this uh peer auditing um events there is these two and three centers who are OBS observing each others and then they give a um feedback and uh have a joint discussion and then uh there’s also always some kind of a self-development part of the of the auditing then they make good document documentations and then they uh send this documentation for for uh Us in the association and then we also after all every uh AIT um session we also give some feedback and um for the centers yes and that’s pretty much it I think uh from our perspective I think we uh the most um important part is this uh joint discussion and I think all the centers even that one who is auditing the other they always get some good ideas and they always get some uh uh materials to develop in the their own uh organization so it’s it’s good this a join um conversation yes thank you very much um before we’ll go to takeaways I just want to com uh comment um from Estonian side so Johanna was telling you about the so-called first layer that we focused on today was uh quality assurance on the level of organization it was very interesting with during this project to go there to Finland and to see how they’re doing the auditing So within this project our uh team went to Finland to kind of uh to the audit for them kind of like we played it through so we uh we got all the auditing forms that uh they have we will trans we have translated them in English and we will will provide those to you at the end of this webinar as well so this might help you to maintain the quality of the organizational level as well but from Estonian side the Environmental Education quality system the national level system will be established on the basis of the Environmental Education and the warness action plan two thou 2023 to 2025 it’s a guidelines and the construction of the whole system is led by the Estonian Environmental Education Association um unfortunately I Sal who was part of this uh Pro uh project uh couldn’t be here today to explain this to you but I will do my best with my colleagues to give you the overview later on too and they collaborate with uh the ministry of climate and the Ministry of Education and research and in Estonia it is funded or supported by the environmental investment center so the environmental investment center is a unit that actually provides fundings to organizations um so far also for schools to apply um for programs so they could go with school classes to different centers to um help them to reach the things in curriculum but the Estonian whole quality assurance systems is also uh consisting of three parts uh we started from the education centers part like the organization level and this is still needed uh to develop in Estonia so we haven’t developed it yet and it’s in process that’s why it was so important and so good to learn from Finish because they already have the auditing system they already do the pre previews and it was so uh good to learn from them we will talk more about the other three parts and three layers uh uh from Estonia in the next rounds as well but from Estonian side this layer organization is yet to develop and this is why this project was very very necessary thank you yes so hello everybody my name is minan and and I come from environmental School Pulu uh and um I was asked to to give a little comment here about the organization layer as as well so yes uh as uh as Ketty and Johanna told uh already earlier so we have visited each other in this project and and the estonians came to Finland and and they especially looked to our system the the organization level and the the peer review and here are some of the takeaways that that uh we like uh mutually together we we found out uh that that are really uh like important uh lessons that we got out of this uh exercise so uh the maybe as as first the understanding that that uh that there is a great need uh for quality assurance in in Environmental Education uh we do need common guidelines uh to to establish clear and measurable and aable uh criteria in Environmental Education I think uh that especially it’s important to have this open discussion about the quality criteria so that everybody knows that what is expected uh uh of of the Environmental Education and and how the criteria is met in practice uh so I think uh this this kind of open discussion is is is very welcome and uh the common objective is of course to to ensure that there is a good quality in the environment and education and also that we are able to talk uh and share uh what is achieved through Environmental Education and now uh now that uh there are economical challenges at least in Finland with the financing of Environmental Education so it’s more and more important to be able to talk about the results that we can achieve through Environmental Education uh the second point I would like to make is the um uh the the peer reviews uh well in in general peer reviews can be understood as processes where where the the accountability and and the the results are like the important things to find out uh but but also I would really like to emphasize here the learning part because that’s what we found out here that the learning the mutual learning between uh organization is the key here so in these peer reviews that that L at does and we have also uh been part of the the uh official uh peer review process uh so both parties that are in um participating in the review uh they have the opportunity to grow and improve through the experience and and then of course also when when we share these results to the members of the Luca Network so everybody there has the possibility to learn uh about the good and best practices the Lessons Learned but also about the Mi mistakes and failures that maybe were done somewhere some in some part of the process so so really uh I would like to emphasize that peer review should be seen as a as a learning process and not like uh uh so much about like controlling or checking like did you do everything right it’s it’s more like about this uh how was uh the the process and the experience and what what can we do better now uh in the future uh then uh as Ketty also mentioned I would like that Erasmus Plus project has has been a great experience uh and we recommend it uh for all the associations uh or organizations that have the possibility to participate in Erasmus Plus because uh as we have noticed that the evaluation processes at the moment are quite different still in in uh Finland and Estonia but that has really enabled like great learning because uh and and they are like um uh uh those processes they support each other because they are different but uh like Estonia has covered some parts and Finland has covered other parts so when we put all these parts together then uh really we can have a really comprehensive uh system of quality assurance and this has been really great uh and the project has given us the opportunity to understand better uh different ways of thinking and different uh processes in in these countries and and we have also had so much fun visiting each other uh really uh it has been really great so thank you already for that thank you Min and I see that Johanna is uh wanting to say something so go ahead yes there’s a there’s a one uh point of view that I would like to add for this first part is that uh uh also we have some kind of a qualification system for uh Environmental Education or the environmental educational materials or programs then um it’s um more visible for teachers and Educators uh that they know that what we are talking about when we are talking about the Environmental Education uh so I think that uh that is a that is one good U perspection for this U for this um uh evaluation evaluation or system so um so that but there are certain um certain uh qualities qualities in Environmental Education so yes thank you Johanna you’re quite right and next we can move on to Layer Two which is the program layer and you already already heard some some things about the Finish system and a in of the um programs as well and uh so the next I think the main emphasis will be on Estonian side where we will hear about cloudberry label for example and quality programs in Estonia and then you will hear about the new brand new Circle economy programs that are uh developed uh during this project and I have to say that they are great we have uh seen this in in D nature house and uh I think they are great use for all the Educators but go ahead anel thank you very much and uh hello I am an from dark nature house and I will give a short overview about environmental education programs descriptions quality evaluation as part of Environmental Education quality system in Estonia now and it started four years ago and actually in this process program themselves are not evaluated as uh the prayer review was in Finland we actually don’t visit see the programs but it focus on the program descriptions in open internet Environmental Education portal um so high quality program in this system the program description provides sufficient information about the program and whether it is suitable for delivering effective Environmental Education activities in interest to Learners and also School teachers who decide to use nonformal education programs as part of learning process um and uh the quality to criteria of descriptions of uh these programs uh developed in cooperation with Estonian Environmental Education experts and it includes including School teachers uh program facilitators themselves learning psychology experts for and uh other interest part also and it was quite long process with several seminars and uh me meetings and open discussions but somehow they are now done the criteria and um uh it uh uh the system um the aim is to help program designers and facilitators um themselves to design programs to self assess um uh their programs and also identify areas to Improvement uh the the guide to make descriptions and also evaluation of description focuses on key elements of learning program uh which are important for the quality such as objectives content and methodology learning environment facilitate this background and uh also the analyzis of results of feedback um and uh it also helps uh School teachers to choose programs and make decisions what we need what they really need and expect what kind information is helping them to decide does the nonformal educational program support their work in school and um in Estonia it also help to get founding find Financial Resources to participate with students in these nonformal programs um because um um the activities are supported by environmental investment center also local municipalities and other sources and um more and more environmental investment center prefer uh supporting programs with this quality label um so so it gets more and more important in this way also and uh the Environmental Education portal you see here in in the slide also is the main information channel of Estonia for teachers to find out about the environmental education programs on offer and the quality of the program description is also assessed or evaluated on the basis in the same basis on the information published there in this portal and it is important that the information used in the basis of uh this quality evaluation is exactly the same what the teachers sees it it seems it is like the promise to teacher that they what they they will see and meet if they they get it this this information actually in this portal there are about um 1,660 different Environmental Education programs in off and now and uh it from about 188 different organizations with different backgrounds and size nature schools centers museums non-governmental organizations farms and so on so it’s quite a lot uh a big amount and this quality label maybe helps also to decide and to choose from these huge amount of different uh programs so about the label this um uh quality label cloudberry or also we call it uh a wellth thought out program or welld designed program uh and it is awarded to do uh description uh for a program that meets the quality criteria and I will introduce the criteria a bit later the but the cloudberry has been Chen as a symbol of quality label um maybe because it was it is is a very uh tasty but a bit unique Berry which is growing in Estonia also this very quality ber indeed and award of the label is organized by the Estonian Environmental Education Association so as all the quality system is quite a lot um dealing with and it started in 2 20 and uh this uh descriptions evaluation period is every year in autum from September till November it is actually going right now in in Estonia and the uh guide for and the criteria uh and also the labeled or quality labeled programs uh you can also find in this uh Association web page so they they are here the aing of the label is decided by the panel of external evaluations who analyze the descriptions uh on the this criteria and application for and use of a label is voluntary for environmental U education providers and it means actually that it is okay you you you can offer programs without the label but uh if you get it the cloudberry quality label it give you some uh benefits for example to use a label to promote the pro program and um um this um also if you don’t get this uh label um and your program does not meet the requirements you can be submitted for evaluation after minimum one year so next year again and it always possible to improve your program and also the descriptions uh and um maybe this fact that uh until August this year 1, 318 programs description have been evaluated and uh 800 of them have been have got this uh quality cloudberry label so and this label if you get it is valid for 5 years and in this period you may do some changes in programs up up to maybe 30% uh to improve them so and of course you can adjust the program every time depending from students and teachers special needs the flexibility remains but after 5 years new evaluation for description is needed if you uh and to renew this quality label so you have to check uh don’t your information uh adequate and and can can do other things also um is it Okay I uh read a comment that you had a question actually so the question from K Wiman is how well the label is known among schools and teachers in Estonia and how long have you been used the label okay uh as I said we we use it for five four years we started in 2020 so uh now the first five period will be um ending soon and uh uh I think uh because this information is quite a lot in this um uh in this um educational environmental educational portal then I I I think that teachers know it’s quite well but they of course can use also without this label U so so it is not um like um you you can do your choice freely if you so but but it gives this label gives some um some Mark that you really have fought your things what you do depending uh um that you really think uh how to connect it with curriculum is it a place indeed and I I will talk about this I don’t know was it the answer I hope that okay but I think it’s it is the description uh quality criteria uh I just briefly okay it’s good it’s answer was given yeah that uh the main things what uh uh in this evalation um are looking for uh take into account uh these are at first brief description and general information which provides uh information for all interested parties both the teachers participating students and the parents so if it’s well-designed program um uh and its name and short description of the program uh gives you clear overview of the subject what will be done the target group is describe School level age language in use recommended group size uh also the duration of the program and suitable time of the program are indicated and uh where the learning prog program will take place outdoor or indoor Center School hiking uh and also specific characteristics if needed uh maybe narrow stairs March area or something like that and uh also the necessary equipment does students need to take something with them robers sandwiches or something else uh the objectives for a learning program are very very important and in go good description the learner centered and clearly formulated learning outcomes uh to be achieved by the end of a program our listed uh knowledge skills and attitudes according to a Target group also it’s very important that it is suitable for age group uh the links with the national curriculum and are clearly indicating that also the links with sustainable development and uh development has been pointed out and it’s also uh more and more important that we see it in also in this description as we talk about the environmental education programs also the contented methology uh learning program uh this for forms the main part of a program of document and um um the high quality description um uh we see that the choosing methodology of is fit to purpose and to Target group Active Learning methods are used and materials and resources um uh are appropriate to the methodology also and um and also that are it is suff sufficient quantities of the number of students that they everybody have some um if needed uh the content of a program to the development of environmental responsibility values and behavior and the content is science-based and also that in good program will be end in the end the summary some kind of thing that you can see that all what you wanted to do and what students really got from this program and um uh also learning environment is very important important and we want to see in this uh description that the learning environment and the spef specifities support uh the um program objectives that it is necessary to to use exactly this kind of environment and uh uh we are looking for description uh that about the learning environment safy and also opportunities or LA opportunities for students with special needs uh can they can they take part of it or not or as it some some things we have to talk beforehand and the five part is facilitate and teach and in good description is very good to find names and educational backgrounds competency and experience of the persons who will imp implement the program and also it’s good to know expectation of the ACC companying teacher before during and after the program and evaluation and feedback also is uh uh some some sort of description what uh uh go description of the program will indicate whether and how the center will cooperate with the school uh before program and uh when when and how feedback of a learning program will be sort out so you can also take in account and improve your program so that is about the criteria and um and they are all um in in this uh uh internet and portal and also um maybe if if interested it is also translated so so maybe K can say is it possible to to get them in more specifically and the I am ending this good news that uh in the this during this project we in D nature house we made designed two new uh uh programs and uh we just not very long ago uh understood or we we get the information that they have bought these uh cloudberry labels number 802 and 801 and we will we will see now about these programs a bit I will uh introduce the first uh program that was developed during this project and I was like the head of the team and uh this program is meant for 79th graders it is like third School level in Estonia and the name of the program is our full we leav a footprint let’s talk about the circle economy so during this program students explored the principles of circular economy through focusing on their own shoes as these are everyday necessity in Estonian climate and the inspiration came actually from the study visit to Finland where we tested out the circle economy program about mobile phones and we really love the idea that to use something that students already have and they have to use in everyday life so the students during this program look for different ways to use the resources more efficiently and how to reduce the waste uh both through personal choices as consumers but also in different levels through food wear life cycle for example production uh uh some um uh design process or also utilization and uh this school program is science based and we renew the information accordingly and it really supports the cross subject integration because we try to get the students to use the previous knowledges that they have obtained from these different subjects in this picture you can some see some visuals that our program is based on and uh this picture was actually taken in August during UNESCO Association School Network Conference where we asked the teachers to give us some input and feedback and tested out some program elements and you can see that I have one visual world three times in this table because some times it is quite challenging to translate the scientific info in the terms that uh are used in curriculums and in here you can see the uh testing of the first part of the program where the students map out their own basic needs that humans need need for good life and we use the mlo pyramid for that and the students learn about the muslo pyramid in sixth grade in human needs needs and uh it really uh implements their previous knowledges in new context and then we uh give them opportunity to compare the basic needs of the humans with the production of material goods and we used the plat infographic for that and the students can see that our own needs are actually in competition with the production of food work because uh we are using also the fresh water the land for everyday production of the materials and uh everyday items and the students have learned actually about the biodiversity the air pollution the addess water problems previous classes and in here you have the end result uh it is a model of circular economy that students construct themselves and in the end uh in the center you see some food word that we also uh offer them to add uh in case study uh to bring on the table monom material examples for sample cloths that are made out of wood but also food wear that is meant only for onetime use like Hotel slippers and uh the students come up with their own proposals how they can uh change the linear economy into more circular one uh through this case study about Everyday Food work that we have and uh this program we also can give in English because it is very Universal topic all over the globe and you are always welcome to uh visit us and we can also give you this program in English and if you have any questions then you are welcome to uh contact us and uh this planetary pound is visual that we have in here is also linked because it is open resource and you can also use it in your own everyday work and now I will give the microphone to Lina who will introduce the next [Music] program hello it is uh really nice to be here I’m Lena n from T nature house and [Music] I’m I’m the study program facilitator and um uh this sorry it was uh too much and um the name is could the circular economy be the solution and and it is for 10th to 12 rades and uh as an already said um it is uh uh linked with uh with School curriculum and program is science based and uh it was really um really enjoyable to be in Finland and uh to learn from your acknowledges and Al and then we um uh came back and in summer time we uh we created our own program and um I think the collaboration is uh the key word in that program because uh because our students also collaborate a lot and they discuss different topics and I I guess theor collaboration uh gives uh the information uh but in that program there are four content topics at first uh the first one is mindfulness exercise then uh welcome to the planet Earth then planet Earth past present and future and there’s power in working together and um now I will give you a short overview about those uh those content topics at first uh uh we go to outside and uh then students can have opportunity to breathe a little bit and uh think about uh some kind of beautiful memor they have in in nature and uh so they discuss it by themselves and as you see here is the uh Green Green Layer or green laminated response disk and they can uh put their answers there and then share them with with other students and after that we are going inside and uh it is a mini version of our uh program as but um on the floor there is a small globe and around that you can see big um uh colored uh strings the green one as you see is orbit of nature benefits uh the red one is orbit of problems and the blue one is orbit of solutions and so they will have many tasks during the program that are related with those orbits and um and you see see the icons here and um uh those are uh the circular economy items that are also related with the program and um first they will get the um get those games schemes Graphics Graphics about word um over shoot day and they discuss what they think about the overshoot day uh here is uh for example Estonian overshoot they uh and they try to discuss what has been the problems uh and why why the graphic is like like it is at the moment and um then we talk about the goldo Zone uh and uh after that they uh put their ideas to those those worksheets again they use the red one and then they share the results to other other students and um and then there is um uh the all groups will get about 8 to 10 pictures about different uh different things for for example problems for example values uh and also Solutions but also some kind of uh natural processes in the nature and so they um try to discuss is it um is it problem or is it solution or is it um is it value and they um and after that we give a short overview how Drew those pictures about the linear linear um economy and uh to the circular economy and so um uh here you can see that there is power in working together our our great group uh who uh see the who show the program and here you can see um uh small buckets uh and and then uh the small buckets are around the globe and then then uh people are standing uh next to the blue string and it’s collaboration game with string system and the hook where the B glass working together which is a circular economy thing task bucket for each group and uh so they will get their exercises here you can see and um so there there is about 15 minutes uh to solve the problems and then afterwards to uh to share them with the group and when they have done all those sharing uh thing then then they will clean their worksheets uh those one as we see here and so it’s it’s quite symbolic you you just have to clean your own e ecological footprint and uh and you and every student will get the information that he or she is the solution for the better planet and thank you for your attention and here you can see sorry uh I have one more uh one more slide and then at the end of the program student understands the concept of Earth over over should dat recognizes ecosystem Services formulates problems in everyday life looks for solutions to environmental issues through creative and critical thinking uh understands the connections between man and enloy and um and is more favor of sustainable lifestyle and understands this sense of circular economy and thank you for your attention hey thank you so much uh anali and I and uh everyone from the uh uh T nature nature house for presenting these programs we were there in Estonia and we saw these programs uh in practice with uh with school groups and and I have to say that they were really great and we got so in inspired uh by the programs uh they are uh very very useful for the theme of circular economy and uh very well uh designed as well so uh if you have a chance to visit tartu n nature house please do go it’s a beautiful place they have such nice materials and uh such uh talented uh facilitators and Educators as well but back to the uh evaluation and assessment uh thing so what anal was talking about the the the program level uh evaluation in Estonia uh so this was uh like something new for us because uh in Finland we we have this system that we we look at the organization level but actually we don’t look so much at uh individual programs and so this program description evaluation was was totally new for us and it was very interesting and uh we actually thought that this this uh model and this template that they are using for for evaluating the programs it’s also very useful when you are designing a new uh Environmental Education Program because it uh contains all the parts that you should take into account when you’re uh designing your program so uh it if you follow this template uh it forces you to think about widely uh different aspects of the programs and the things that you should take into account when you’re uh when you’re making a new program so uh we think that also in this regard it was really really nice uh and um well one of the one of the takeaways that we we realized both both uh Estonia and Finland we we realized that uh it could be maybe a good idea to to have a peer review of the of the program as well uh so that um uh it would be seen in in in practice and in real life because now the evaluators are only seeing the program description in paper but they actually they do not go and see the the program uh in in real life or uh only sometimes they have the the opportunity but this is not like the uh the the case of all the pre programs evaluated so so we thought that this would be maybe a good idea also we got this uh another takeaway um this program description can serve as a business card uh when it’s uh published online so so it’s a good publicity for the program as well a short program description uh where you can order the programs and also uh as in Finland we have these longer transcripts of the program so the estonians thought that okay this this can be uh used as an in in uh instruction manual for the staff and and that’s how we are in Finland actually using them because we have a lot of Educators and facilitators that that have to learn the programs and then uh to use them at schools or children um um then about uh the certifications uh we have been talking about like what is the value of the the certification and and we were kind of like wondering well in land uh we don’t get certification of programs but the certification is at the organization level but but uh in both ways in certified organizations or programs we were kind of like thinking a little bit like maybe in the future if if there would be this added value for the certification or other kind of benefit uh for the program or the certifications when when we are competing of the scar scars uh resources in Environmental Education but uh this is yet to be seen but it’s it’s a possibility uh then uh the last takeaway from this program level was uh to to uh to put emphasis that uh these programs are always like these Dynamic creatures uh they are every time unique like every day that to go with the program with a new group and new students and new teachers so uh you are not going to know exactly what’s going to happen so uh here we would like to emphasize that the collaboration between the environmental educator or facilitator and the school and especially the school teacher who is ordering the class so that is really important it’s the the key factor to make uh a successful day uh in in the nature and uh with these programs so thank you those were my comments here thank you m and then we can move on to the next slide and the final layer and this is the facilitator level and we will next hear about the competency model in Estonia and about green comp the European sustainability competence frame framework but before that we want to hear you because you have been listening here quite a while so there is another question to you creativity yeah very good flexibility yeah I agree uh enthusiasm very good there yeah and more coming kindness oh this is nice really good and quite different I would say knowledge on nature and environment and competence also very good passion for nature yeah I love that Innovative also true eager to learn yes and um patience yeah that’s very good and then are more coming it’s very cute um now it’s like mixing the words a bit but there’s sense maybe sense of something or then just s very good and more coming this is very good and I think we will find all of these in our next presentation so maybe we can go ahead uh and if you want to still post something you can post that I think we will get the picture of these at the end but these are very good and very different yeah thanks a lot but we can next take the next speaker then thank you Anor uh and uh uh I am here again and I am really really glad and it’s nice to see the opinion of your characteristics and U um of competence environmental educator and I recognize that actually uh quite a lot of them uh because I participated in the development process of a competency model of Estonia facilitators and um I liked very very much eager to learn world and others skills and others also so uh uh we will uh see a bit um about this competency model in Estonia facilitat and it was created um quite not long ago and it’s now available in English also so it will give be a quite short overview and um um this translated in English and shared with this seminar casts also in public so um so I it will not take quite a lot time but um uh yeah so so the aim of this competency model is um briefly support the professional development of environmental Educators it’s a short one but U it helps uh Educators set personal development goals and identify the pathways how to achieve them so to get better and better this is we hope that it helps and uh also uh the aim is doing increase U the to to improve the social status of of environmental Educators um and instructors and facilitators and highlight the complexity of the field uh and and expectation of uh newcomers also because um it uh there are quite a lot different parts we uh we see in this uh good um good environmental educator because sometimes it feels you have to be like um very very uh powerful with uh 10 hands and U magic powers so so it’s it’s important but let’s see uh which um kind of result we got if we tried to group these different uh um uh characteristic um um the prepared model reflects the key competencies environmental Educators uh in three key domains so um and U we got three groups and the first one that uh facilitator uh creates a supportive learning environment so the the skills of organize and conduct educational program and create the conditions for for students to learn but actually the learning can take place in this program also um this uh educator is expert in the field of Nature and sustainable development that is this part that you actually know what you do in this nature part and and this environmental field and um uh and also uh it’s important that uh educator self-directed and collaborative practic the attitude and social emotional skills of the instructor as a competent professional to and all these free um um domain has free special compet competencies that specify the instructor’s activities and and other things so shortly uh we can see it by the color they are grouped and um that that that uh we we uh want that the educator is supportive of learning and motivation Learners motivation uh is very very important at it’s important part also um it’s good uh to know a lot of about deep learning and uh the development of learning skills how the um learning is taking place actually in uh learner’s head and also uh create and money maintain a safe environment and it means that both physical and emotionally uh the environment of learning it’s good if it’s safe and uh it is easier to learn than it’s safe environment also the expert of Nature and integrator sustainable development principles and uh in this part the national curriculum is also taking uh the learning program is is important to to know what they are learning for school also about the teams and answer Same by by herself or his uh it’s good if the um environmental educator is um be environmental Val values so actually that that take please behave as I as I act not only as I say it’s it’s big but and also the flexible professional and self-development orientated learner it means that you have to learn all the time because information is information is changing and uh science is not the fixed thing and and uh and your this your own things what you you can do it how you do it’s always to good to learn more and more through all the all your life actually and uh it’s it’s important also the social emotional skills to uh to to PR to to know as deal with your own emotions and also what children emotions so it it is very important to to make also part of this safy for yourself and your students also and the cooperation part is very important that the educator want to to do cooperation very different level with students with colleagues with uh networks and so on uh but as it is in in uh you you will read it by yourself if you are interested so I don’t speak about it anymore this is one part of this uh facilitator or this Educators level um thing we do in Estonia uh on this uh by basis on the competency model the web P based self-development tool has all uh has also been created uh to support uh this uh facilitator self-development and learning and the Prototype is uh done it’s it’s quite and also tested but it’s not uh uh ready uh for public publicly available and useful we hope it get ready next year and and uh and maybe some some words about it also uh this this tool actually consists real sto life stories uh about the different programs and uh this uh possible solutions and experts uh and also experts evaluation for this solution and situations so so it’s uh actually tool to understand uh what I do and why I do this and um in the same time it’s self analyis and self-development Tool so you uh so it you can’t just make some two points three points or answer some questions you have really to take time to to do this and uh uh this U use of this tool is already learning process so so we we did this is done in such a way that you you you really have to uh learn by yourself and and it takes time it’s a bit hard always to learn something and uh results uh are visible only to a self analy is yourself or himself and uh this uh this is uh um I think it’s very important and self analysis tool measures the aspects that support learning you will know if and how much you are currently taking them into account in your work and you will be able to guide your own development so so you are you are responsible for your uh uh for your steps to to involve and uh and to get better by yourself so me so and also the to support it also the educational materials will be devop will be developed and they are also also ended and we hope that it will be um possible to to use them also in in this uh next uh um spring so so and they are all linked with this uh competency tool competency model and uh and this educational materials that all support each other so I have to say that we were quite excited about in well learning about your system and this competen model for the facilitators and also um about um the the learning support for for this that you are um developing uh we don’t have this same kind of approach as such in Finland so this is certainly something that uh I know we are thinking at the moment that should be worth um maybe developing further and actually I could um uh point out an other idea that we also came up because this um European sustainability competence framework is also something that we didn’t really uh look within this project but um this is also a framework um that um lists competencies that a learner should acquire to um to be able to you know um live sustainably or to promote the sustainability so this is very much related to also um to the well it can be seen as um uh the competencies for the facilitators also but also for the Learners so to some extent um uh well at least I’m wondering is this some maybe something that um we should consider and learn study more in a uh a possible future uh project would this add a fourth layer maybe to our approach or is it something that could be um like intercorporate to the layers that we already have here so um this um kind of Rises many questions and uh as we have already learned a lot uh with this cooperation so um at least I would be very interested in uh planning some future future projects also to uh continue these um these cooperations and maybe look to some some new um new layers or approaches too so the here are the biggest takeaways from third layer but uh because we have only one minute left I will just point out one and I think it’s um this one utilize training opportunities to keep informed and updated with the latest practices in your Environmental Education I think that’s the the the biggest one and you will have these materials later so you can maybe take a closer look yes International cooperation that’s very good and very needed and also cooperation cooperation between organizations very good and personal devel development and so on I will get give the the mic to KY so you can comment and thank you very much yes I am looking at the the takeaways and uh some of the takeaways might come later when we have processed what we actually heard today because the information it’s uh quite a lot to take in and um you can also write your ideas and your um contacts in the chat box if you would like to um continue some discussions you have more um um comments but I will let you know that you will receive from us the comprehensive final report that we will still add some information because from this um event that we are here today we might have some more great ideas coming so we would like to add them to the final report and that will be in English it’s a quite long report 40 pages but you can pick what you need and we have provided everything that we talked about today in English for you so there will be templates there will be guidelines there will be description of the programs some checklists and also some um uh tips on how to give uh constructive feedback for example also you will receive the recording of This webinar and we will also put in there a little survey uh to ask about uh if you have some ideas later on because the time is limited we uh do not want to take too much time from you but we still wanted to offer a opportunity now uh when pin puts on the next slide um this is the end of this webinar but since you’re here you have your thoughts maybe some new ideas to collaborate um since it’s not too much people we will not uh break into different rooms but you are welcome to turn on your uh microphones now and you can ask questions we have some room to chat if you are in a hurry that’s okay uh you can contact us later uh be letting and put on the next slide you can uh take a picture of our context here um and uh just uh yes thank you very much for uh taking part and participating uh giving your ideas hopefully you got some tools uh taken away from this some ideas and um please be Fe free to turn on your um microphone to say something about for today or just a comment or just goodbye

Embracing a circular economy is vital for achieving environmental sustainability

A recent news report in Hong Kong highlighted the city’s escalating waste crisis, with landfills reaching capacity. The traditional linear economic model, which emphasizes consumption and discarding, has taken a heavy environmental toll. In contrast, a circular economy promotes sustainability by prioritizing sharing, leasing, reusing, repairing, refurbishing, and recycling existing products and materials. By adopting this approach, Hong Kong can reduce waste, conserve resources, and protect biodiversity. The city has made progress in environmental education, but collective action is needed to transition to a circular economy. Manufacturers must design products with longevity and recyclability in mind, while consumers should prioritize reusing and repairing over discarding. Policymakers can support this shift through incentives and infrastructure for recycling. By working together, Hong Kong can lead the charge in sustainable innovation and set a global example. The city’s landfills are a clarion call for change, and embracing a circular economy can help create a more sustainable future.

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French companies RTE and Nexans have initiated a joint effort to recycle aluminium cables.

French transmission system operator RTE and cable technology company Nexans have launched the first industrial-scale aluminum recycling project in France for high and extra high-voltage power cables. The project aims to recycle 600 metric tonnes of aluminum per year, reducing CO₂ emissions by at least 400 metric tonnes annually. This initiative is part of a partnership that began in 2024, exemplifying the synergy between circularity and decarbonization in reconfiguring Europe’s energy infrastructure. The recycled aluminum will be incorporated back into RTE’s grid, with a target of 10% recycled content in cables by this year, increasing to 30% by 2040. The project supports France’s energy independence and regional supply chain resilience, with Nexans also signing a contract to supply and install cables for offshore wind farms. This partnership demonstrates a commitment to sustainable electrification, combining recycling methods and advancing renewable energy sources to create a platform for infrastructure, climate goals, and industrial competitiveness to coexist.

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Revolutionizing Revenue through Circular Economy Innovation

Peloton Interactive is transforming its business model with the launch of its Repowered Resale Marketplace, aiming to shift from a hardware-centric brand to a leader in the circular economy. The platform allows customers to buy and sell used equipment, with Peloton taking a 30% cut of the sale price. This strategy addresses declining hardware sales and subscription churn, while also aligning with sustainability trends. By centralizing resale, Peloton retains control over customer relationships and reduces churn. The company is betting on this strategy to redefine its financial trajectory and investor appeal.

The Repowered platform offers several benefits, including reduced churn, new revenue streams, and an ESG premium. If executed well, it could unlock significant value for Peloton. However, there are risks and challenges, including margin pressure, market competition, and consumer adoption. Despite these risks, the potential payoff for Peloton’s vision is significant, and investors willing to bet on circular economy trends and ecosystem dominance may see asymmetric upside. A cautious approach is recommended, with a focus on execution metrics and a long-term orientation.

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Video for Master of Design Innovation and Circular Economy



Jiamei Chen’s video for Master of Design Innovation and Circular Economy.

hi I’m J soil is a recor of lives the source and destination of all the food on which humidity relies comes from the soil and agricultureal practices and human activities have continually altered its nature of thousand of years fertilizer run off pesticide pollution water scarcity and excessive use of chemicals are gradually deating the so vitality today it can no longer sustain humidity’s rentless dependence in today’s Ever Changing ecological landscape reinking and practicing new forms of Agriculture is imperative I aim to offer Solutions through the use of organic bi materials in my designs Al toils and Mum Furniture represent experiments with future materials creating furniture for melum not only reduce environmental burdens but also allows Lifestyles to more closely align with natural circles I even imagine mum Furniture coexisting pathway surrounding ecosystems because I believe this will help to form a self-sufficient mini food chain and provide a fresh perspective on future ecological balance looking ahead I hope to dive deeper into the intersection of sustainable materials and agriculture by engaging in discussions on ecopolitics through design I am to Showcase environmental responsibility through meaningful action this Vision aligns closely with the philosophy of GSA design Innovation and circular economy program to drive social transformation and reaging systems for a most sustainable world just as Farmers cultivate her with everything they S I believe that design can cultivate a future that embes Innovation sustainability and resilience planing new pathway toward a brighter tomorrow

Achieving groundbreaking circular economy triumphs in Europe

Friesland has emerged as a leader in the circular economy, with a 10.6% circularity score that surpasses the Dutch and global averages. The region’s “Frisian Model” of collaboration between businesses, government, and academic institutions has driven this success. The model focuses on impactful circular projects in areas such as water technology and sustainable construction, and has led to a 15% reduction in waste production over the past three years. Friesland’s circular economy approach is not just about closing material loops, but about transforming the economy to tackle social, environmental, and economic challenges. The region aims to enhance recycling efforts and achieve a 50% reduction in primary raw material use by 2030, with a goal of a fully circular economy by 2050. Friesland’s collaborative approach and commitment to sustainability have made it an international frontrunner, and its strategy is being watched as a potential blueprint for other regions to follow. With continued innovation and investment, Friesland is poised to remain a leader in the circular economy.

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RHI Magnesita and BPI, Inc. Form Strategic Partnership to Drive Sustainable Practices and Advance Circular Economy Efforts Across North America

RHI Magnesita, a global supplier of refractory products, and BPI, Inc., a US-based leader in minerals processing, have announced a joint venture to expand circular economy initiatives and accelerate sustainability in North America. The partnership combines RHI Magnesita’s global expertise with BPI’s local sourcing and technical processing capabilities, creating a platform for innovation in circular raw material processing and recycling. The joint venture aims to enhance the sustainability of the refractory industry, which is essential for industrial producers in North America.

The partnership will have 20 plant locations across the US and Canada, offering locally sourced products and solutions. The combined companies will also have expanded access to high-quality domestic raw materials, technical and analytical services, and expert sales teams. The joint venture is expected to reduce the collective carbon footprint and improve safety, endurance, and efficiency. The partnership is subject to customary closing conditions and is expected to be completed in H2 2025. The companies’ leaders believe the joint venture is a bold step towards redefining industry standards for sustainable sourcing and material recovery.

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Conservation of value should surpass its disposal.

Kai Sundmacher and Dietmar Harhoff, directors at the Max Planck Institute, discuss the challenges of achieving a circular economy. Sundmacher researches new technical processes for a climate-neutral chemical industry, focusing on closing carbon cycles and recycling plastic waste. Harhoff studies innovation and viable business models, aiming to provide researchers with the best conditions to develop circular economy solutions. They emphasize that a circular economy requires a deep understanding of technical processes, incentives, and social factors. Sundmacher notes that durable products are crucial, and even small decisions can drive big change. Harhoff highlights the importance of viable business models and innovations that can be successfully implemented. The two experts stress that achieving a circular economy is technically, economically, and socially complex, but with the right incentives and understanding, it is possible to make progress towards a more sustainable production system. Their research aims to support the transformation of industries into sustainable systems.

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Inside F1’s first-ever recycled carbon fibre trial #USGP



Go behind the scenes at McLaren Racing and discover how we’re manufacturing Formula 1 car components out of recycled …

part of McLaren’s racing sustainability strategy is to innovate in circular economy McLaren racing has a history of pioneering in the material space uh we were the first team to incorporate carbon fiber on the car which is a very strong very lightweight material in 2020 we were the first team to use flax biobased fiber as a substitute for carbon fiber on the car and now in our 60th year uh we are using recycled carbon fiber for the first time which is a major breakthrough I was the first driver to race in a seat made out of biobased flex fiber in 2020 and now I get to be at the Forefront of innovation Again by tring recycled carbon fiber on the car in Austin we’re working with an organization called VC Carbon on this they are a Innovative Composites organization that are focused on uh developing new technology to make recycled carbon fiber viable so the reason we’re doing this trial and the reason we’re so excited about it is because it is about showing that this is possible like it is about exploring in what can be done in the manufacturer of a Formula 1 car to make it more sustainable everything has a carbon footprint so when you take a raw material and manufacture it especially something very complex like carbon fiber which has a lot of different components all of those raw materials have to be extracted processed transported there’s energy and fuel that go into all of those things so if you look at a normal piece of carbon fiber if you recycle that piece of carbon fiber you are skipping a lot of those steps which require fire energy and fuel and therefore the Recycled carbon fiber component has a much lower carbon footprint because it’s recycled carbon fiber it could be from a f jet it could be from a road car it could even be from a wind turbine Global demand for carbon fiber is set to double between 2020 and 2025 reaching about 262,000 tons per year if just 1% of that carbon fiber were recycled it would save more than a quarter of f1’s 2019 carbon footprint McLaren racing has an ambitious science based Target to reduce its greenhouse gas footprint by 50% by 2030 and to hit Net Zero by 2040 if you compare a regular carbon fiber part to a recycled one the Recycled part will save about 90% of the emissions so that means we are lowering the carbon footprint of the parts that we’re making by using recycled carbon fiber for them we’re also making incremental progress in the sustainability of our Factory processes we have substituted out the normal vacuum bags we use for biobased vacuum bags which work in the same way they just avoid plastic waste you’ll see them in the manufacturing process they’re the purple ones so this is the first trial of these carb recycled carbon fiber parts we’re using them on non-structural non-safety critical Parts but just to prove that it works to prove that it’s fit to purpose that it is good enough the strength retained in it is high enough to put on a Formula 1 car from experience so far there’s not much difference working between the two materials same processes can be used the same tools and equipment so is easily translatable for us as a team to use this unlocks the potential to use it in other areas of the car considering that the mechanical properties are near enough the same as normal carbon fiber it’s cool to be one of the first people to be working on this project and it’ll be really interesting to see how far it takes us a more circular economy is essential to decarbonizing not only us as McLaren racing but also the sport and Industry more widely so what we really want to do is throw our weight Behind These developing Technologies so that they can scale and develop to the point where they can be used across the Grid it’s incredible to think of the impact such a seemingly Small Change could make to the overall carbon emissions of the sport if it’s used more widely and very exciting to be the team taking the step to try it

Qatar’s circular economy is thriving due to a surge in recycling facilities.

The Waste Recycling and Treatment Department at Qatar’s Ministry of Municipality achieved significant milestones in 2024, advancing the country’s environmental sustainability and circular economy agenda. Five new recycling factories were inaugurated in the Al-Afja Industrial Area, bringing the total to 21 operational factories. The Mesaieed Waste Treatment Center processed 37,358 tonnes of agricultural compost and generated 250,834 megawatts of clean energy. The center also recovered 12,555 tonnes of plastic, 14,433 tonnes of ferrous metals, and 4,222 tonnes of non-ferrous metals. All waste transfer stations were managed by private sector companies, with 733,763 tonnes of waste received and 702,000 tonnes transferred. The Ministry also issued over 14,500 electronic permits for waste removal and granted 2,600 paper permits for food item disposal. Additionally, the Ministry organized the 4th International Recycling and Sustainability Conference and Exhibition, which attracted 4,800 attendees and featured the signing of several agreements with private sector partners. Overall, Qatar’s waste management efforts continued to progress, with a focus on recycling, sustainability, and collaboration with the private sector.

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Accurate information drives Reworld’s sustainable circular economy model

Reworld Holding Corp., a sustainable waste solutions provider, was struggling to access reliable data from its various systems and reporting tools. To solve this problem, the company built the Reworld Data Hub using QlikTech International AB’s Talend Data Fabric. This centralized resource brought together key information from hundreds of scattered databases, creating a “connective tissue” for the company’s data. Charles Link, Senior Director of Data and Analytics at Reworld, explained that the goal was to create a common hub of information, not to replicate everything, but to have one place that could provide a unified view of the company’s data.

Link, along with Drew Clarke, EVP at Qlik, discussed how Reworld leveraged Qlik’s technology to improve data access during an interview with theCUBE at Qlik Connect. Clarke noted that Qlik’s acquisition of Talend in 2023 provided a robust cataloging option that has become a key focus for the company. The solution has enabled Reworld to redefine its relationship with data and create a data model that provides users with a single source of truth for the information they need. The result is improved data access and a more unified view of the company’s operations.

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Your request cannot be processed at this time.

The request to access a website or app was blocked due to a connection issue with the server. The error message suggests that there may be too much traffic or a configuration error causing the problem. The user is advised to try again later or contact the app or website owner for assistance.

For content providers using CloudFront, the error message directs them to review the CloudFront documentation for troubleshooting steps to resolve and prevent the error. The documentation is likely to provide guidance on optimizing server settings, managing traffic, and configuring CloudFront to handle requests more efficiently.

The error message is generated by CloudFront, a content delivery network, and includes a unique Request ID for reference. This ID may be useful for debugging and troubleshooting purposes. Overall, the error message indicates a temporary issue that can be resolved by either waiting or taking corrective action, and provides guidance for content providers to prevent similar errors in the future.

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Reclaiming Waste: Harnessing Recycled Materials to Fuel the UK’s Transition to a Circular Economy

The CIWM Presidential Report 2025, “Lost Opportunities? Winning Back Materials to Drive the UK’s Circular Economy,” highlights the significant loss of valuable resources in the UK. The report, written by Dr. Ryan Woodard, identifies six critical minerals that are often overlooked and lost to the economy: Used Cooking Oil, Seafood Shells, Wool, Lithium, Gallium, and Tin. These materials are discarded in residual waste, dumped, or burnt, resulting in lost opportunities for recovery and reuse. The report emphasizes the need to capture and derive value from these resources to reduce consumption of virgin materials, address resource security, and increase UK productivity. Emerging opportunities for these materials include biopolymers, road construction, natural polymers, insulation, and energy storage. The report calls for policy interventions, such as Extended Producer Responsibility and mandatory recycled content targets, to stimulate investment and scale up recovery solutions. By recovering these lost materials, the UK can drive its circular economy and reduce waste.

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Accelerating a circular economy could boost the UK’s resilience and generate an extra £25 billion, according to MPs.

A group of UK MPs, peers, businesses, and charities are advocating for a circular economy to make the country more resilient to global instability. A circular economy involves reducing consumption of finite raw materials by reusing or recycling them, which could bring a £25 billion boost to the UK economy by 2035 and create hundreds of thousands of jobs. The group recommends giving consumers a “right to repair” to ensure products can be fixed when they break, and setting a goal to bring the UK’s resource use within global limits by 2050. The UK currently has one of the highest levels of e-waste per person in the world and a material footprint over twice the sustainable limit. The report, backed by businesses and organizations, outlines six steps to kickstart the circular economy, including taking a whole economy approach, cutting the cost of living with a right to repair, and setting a long-term goal to bring UK resource use within planetary boundaries. Politicians from all parties have endorsed the report, which aims to reduce environmental harm and boost the UK economy.

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Andhra Pradesh to soon introduce a circular economy policy

The Andhra Pradesh Government is set to release a circular economy policy and establish three circular economy parks, including one in Visakhapatnam, within a year. The initiative aims to boost the state’s GSDP by Rs.15,000 crore annually and generate Rs.3,000 crore in GST revenue. It is expected to create direct employment for 100,000 people and support 10,000 micro-entrepreneurs, providing livelihoods to over one million individuals. The circular economy model will also help reduce carbon emissions and control pollution. Chief Minister N. Chandrababu Naidu has instructed officials to finalize the policy within two months and establish the parks in different regions of the state. He has also proposed the introduction of ‘Swachhta’ Awards to encourage best practices in waste management and has ordered a ban on single-use plastics in four major cities by October 2 this year. The initiative will focus on 11 sectors, including municipal waste, electronics, and agriculture, and will involve the development of a comprehensive plan to achieve zero waste in urban and rural areas.

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Global Seaweed Farming Industry Trends and Forecast Analysis 2025-2034

The global seaweed cultivation market is projected to reach $69.5 billion by 2034, growing at a CAGR of 13.7% from $22 billion in 2025. The market is driven by increasing demand for sustainable, nutrient-rich, and environmentally friendly resources. Seaweed is versatile and offers significant benefits to industries such as food, pharmaceuticals, cosmetics, animal feed, and biofuels. Asia-Pacific leads global seaweed production, but Europe and North America are catching up, recognizing seaweed’s environmental benefits. Consumer awareness of seaweed’s nutritional benefits is growing, and governments and private sectors are investing in research and sustainable farming practices.

Technological advancements, such as offshore cultivation systems and integrated multi-trophic aquaculture, are enhancing yield efficiency and sustainability. The market is expected to grow due to trends such as increasing adoption of offshore farming, rising demand for functional foods, and advancements in seaweed-based bioplastics. Drivers include global interest in plant-based foods, governmental support, and expanding industrial applications. However, lack of standardized regulations and fragmented supply chains are challenges to be addressed. The market is poised to become an essential element of the circular economy and sustainable marine industries worldwide.

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Unified effort towards a sustainable loop economy

Experts at a forum hosted by UCSI University emphasized the need for stronger collaboration between government, industry, and academia to achieve Malaysia’s goal of a circular economy. The forum, themed “Malaysia Towards a Circular Economy”, brought together leaders from various organizations, including the Science, Technology and Innovation Ministry (Mosti) and the Federation of Malaysian Manufacturers (FMM). Speakers highlighted the importance of breaking down silos between the public and private sectors and co-creating solutions. The government has launched initiatives, such as the National Fund-of-Funds, to support collaboration and investment in local startups. The Malaysian Research Accelerator for Technology and Innovation (Mranti) will work closely with research universities to bring innovations to maturity and connect them with industry partners. Experts urged universities to proactively engage with industry, with the government acting as a facilitator. The event marked the first instalment of the UCSI Grand Challenges Forum Series, aimed at driving action on national and global priorities. Collective strength and collaboration are seen as key to accelerating Malaysia’s shift to a circular economy.

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Accelerating a Regenerative Loop for a Greener Tomorrow

The Climate Action and Sustainability Conference & Awards (CASCA’25) held a panel discussion titled “From Waste to Wealth: Driving the Circular Economy for a Sustainable Future”. The discussion explored India’s transition from a linear economy to a regenerative one. Moderator Dr. Abhinav Mathur emphasized that waste contains valuable materials and can be a reservoir of untapped value. Panelists from Hyundai, RiverRecycle, and Waste Warriors shared their experiences and innovations in implementing circular economy practices.

Hyundai’s Puneet Anand discussed the company’s circular initiatives, including repurposing wooden boxes and establishing a waste management facility. RiverRecycle’s Yashwant Deval highlighted the need to intercept floating waste in rivers, while Waste Warriors’ Vinod Solanki shared community-driven models for waste management in the Himalayas.

The panel emphasized the importance of collaboration, policy implementation, and cultural change in driving the circular economy. They called for collective action, innovation, and everyday changes to reduce waste and promote sustainability. The discussion concluded with a unified message: the journey from waste to wealth begins with individual and collective intent, and everyone has a role to play in solving the problem.

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Germany promotes innovative Albanian startups and a sustainable circular economy.

The German Embassy in Tirana organized a media trip to showcase German-funded projects promoting innovation and the circular economy. Journalists visited various sites, including Destil Creative Hub, which partners with EU4Innovation and GIZ to host social, cultural, and artistic events. They also explored businesses supported by EU4Innovation and the “EU 4 Circular Economy and Livable Cities” project. The group visited the Circular City Lab Tirana, which tests reusable packaging systems, and met with beneficiaries such as BioCosm and Barefoot Festival. The trip also included visits to the Albanian Nights cultural center, the Costume Hall, and the Fire Room, which celebrate Albanian heritage. Additionally, journalists visited PASTA LIVIA, a company that adopted the PREMA approach to manage resources efficiently with GIZ support. The Albanian Women’s Economic Chamber presented their services and involvement in supporting SMEs. The trip highlighted various initiatives promoting innovation, sustainability, and cultural preservation in Albania, showcasing the country’s potential for growth and development. The projects demonstrate the impact of German funding and cooperation in promoting a circular economy and supporting local businesses.

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E-waste 💻🔋📱



Discover how e-waste transforms from discarded electronics to a sustainable future! This video takes you behind the scenes of the …

[Music] glitched out phased out scratched up smashed in short circuited electronic gadgets Make the World Go Round but when they’re done where do they go 50 million tons of ew every year weighing more than all the airliners ever made our fifth is recycled and the rest degrades and decs because we want that new laptop we want that new TV washing machine air conditioner vacuum cleaner haird dryer our demand for new tech never tires but how much more can our planet take of machines that are made to break we need gadgets we can lease repair and recycle a circular economy that spins like vinyl to create new from the old we need Industries to design smarter products that last longer we need policies to manage e-w better and when you buy your Tech think about where it’ll end together we can put this planet on the mend

After achieving a recycling rate of 98.36%, PV Hardware has earned ‘Zero Waste to Landfill’ certification, showcasing its commitment to sustainable practices.

PV Hardware USA (PVH), a global leader in solar tracking and energy solutions, has achieved the “Zero Waste to Landfill” validation, with a recycling rate of 98.36% across its operations. This milestone reflects the company’s commitment to environmental responsibility and the circular economy. PVH’s efforts include strict waste segregation, traceability, and collaboration with suppliers and waste management partners to reduce waste and maximize resource use. The achievement supports PVH’s goal to reduce Scope 3 carbon emissions and optimize resource use throughout its value chain. The certification has several benefits, including a tangible reduction in CO2 emissions, enhanced resource efficiency, and reinforced leadership in sustainability within the solar industry. PVH will continue to drive environmental improvement through regular audits, innovative waste management programs, and supply chain collaboration. The company’s Vice President, Rodolfo Bitar, emphasized that sustainability is a fundamental pillar of their corporate strategy and that earning this certification is just the beginning of their journey toward a zero-waste future. PVH’s commitment to sustainability is reflected in their products, which are designed to withstand different weather conditions and support various types of solar modules. As the world’s third-largest supplier of solar trackers and structures, PVH aims to promote long-term environmental sustainability and lead the industry toward a cleaner future.

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The Limerick company is among the finalists in the prestigious Circular Economy Awards.

IQUTECH, a company from County Limerick, Ireland, has been shortlisted for the RDS Circular Economy Awards. The company, founded by Mark O’Sullivan and John Kennedy in 2009, specializes in telecoms returns management and enables innovative value retention through extended product lifecycles. IQUTECH is one of the top contenders for the SME Award, which recognises Irish businesses making a positive impact on their community through circular economic principles. The RDS Circular Economy Awards celebrate organisations, entrepreneurs, and innovators driving circular economy practices. The initiative highlights the benefits of a circular economy, including its impact on both producers and consumers. It showcases practical examples of circular economy principles in action, promoting sustainability and waste reduction. By being shortlisted, IQUTECH’s work is being acknowledged for its contribution to the circular economy, demonstrating the company’s commitment to innovative and sustainable practices. The winner of the SME Award will be announced at the upcoming RDS Circular Economy Awards.

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Sustainable Style, Slowing the Cycle Let me know if you’d like me to make any changes.

The textile industry is a significant contributor to global pollution, with 10% of carbon emissions and 20% of global wastewater. The industry’s fast-paced and unsustainable nature affects not only the environment but also workers, particularly in climate-vulnerable countries. The human right to a clean, healthy, and sustainable environment (HR2HE) is recognized under international law and is closely linked to climate change and human rights. The EU strategy for sustainable and circular textiles aims to transform the industry, making it durable, recyclable, and free of hazardous substances. However, the strategy’s focus is mainly on environmental protection, with social rights implications not adequately addressed. The concept of circular economy is promising but may not automatically ensure sustainability, with reports of child and forced labor in recycling facilities. The strategy acknowledges the need to address the exploitative business model but does not propose solutions to reduce overconsumption and overproduction. To achieve a genuine transition, the EU needs to take a leadership role, protect human rights, and address the intersection between environmental and social rights.

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Creagh commits to a future role in EfW, driving the transition to a circular economy

A cross-party debate on incineration in the UK took place with the Minister of Circular Economy, discussing how the sector can address local concerns about Energy-from-Waste (EfW) planning and management. The debate aimed to explore ways to alleviate concerns and improve communication between local authorities, residents, and EfW operators. However, the article is only accessible to subscribers or those who register for guest access.

The full article is reserved for registered users, but it appears to contain information on the debate, including the concerns raised by local authorities and residents, and potential solutions to address these issues.

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Implementing Effective Regulations for the Safe and Sustainable Shipment of Waste

The global information and communications technology (ICT) sector is providing comments and recommendations ahead of the 17th Conference of the Parties (COP-17). The sector is concerned that proposed amendments, including R14 and R17, may disrupt global circularity efforts and undermine environmentally sound trade flows of used ICT equipment and components. The ICT sector aims to advance environmentally sound management of electronic waste and promote a more sustainable and circular economy through repair, refurbishment, and re-use of used equipment. The sector has been engaged in key dialogues and workgroups related to the Basel Convention, an international treaty aimed at reducing the environmental impacts of hazardous waste. The ICT sector is calling on parties to consider the potential impact of proposed amendments on global circularity efforts and to promote a more sustainable approach to managing electronic waste.

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Clever companies are harnessing the potential of circular economy principles to drive growth and sustainability.

Smart brands are capitalizing on the circular economy, a model that focuses on reducing waste and the continuous use of resources. Tech brands are leading the shift, recognizing the competitive advantage it provides. The circular economy is based on three principles: reduction, reuse, and recycling. By adopting these principles, brands can reduce their environmental impact, improve their reputation, and increase customer loyalty.

Companies like Patagonia and H&M are already implementing circular economy strategies. Patagonia has a garment recycling program, while H&M has a clothing collection program. Other brands are exploring new business models, such as product-as-a-service or sharing platforms.

The benefits of the circular economy are numerous. It can reduce waste, conserve resources, and create new revenue streams. Additionally, it can provide a competitive advantage as consumers increasingly prioritize sustainability. The circular economy is a key differentiator for companies that are willing to innovate and adapt to changing consumer values.

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TOMRA, a pioneer in circular economy, has demonstrated its robust resilience by successfully fending off a sophisticated cyberattack.

TOMRA discovered a potential ransomware attack after a threat actor infiltrated their systems and installed a backdoor. The company’s specialists quickly contained the attack, isolating affected systems to minimize damage. To ensure the threat was fully eradicated and to reduce future risks, TOMRA hired Deloitte’s Cyber Incident Readiness, Response and Recovery (CIR3) services. Deloitte collaborated with TOMRA to create joint teams to investigate the incident, understanding how it occurred and taking steps to fully remediate it. The team included forensics and legal experts, technical architects, and specialists to address a broad range of needs. They also established processes for engaging with customers, vendors, and other stakeholders, providing transparent and timely communication to maintain trust. By leveraging Deloitte’s expertise, TOMRA was able to become more resilient and prepared for future cyber threats, reducing the risk of future attacks and better positioned for long-term cyber success. The partnership helped TOMRA to effectively respond to the incident, improve their cyber defenses, and ensure the trust of their stakeholders.

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Investing in renewable energy sources such as solar and wind power can significantly help Africa reduce GHG emissions from energy production.

A new report by the Centre for Science and Environment (CSE) highlights Africa’s potential in recycling industrial waste, which could significantly reduce greenhouse gas emissions. The report, “Africa’s Wasted Potential: Unlocking industrial waste in circularity,” emphasizes the importance of addressing industrial waste, which currently contributes 30-40% of total GHG emissions in Africa. The report calls for policy reforms, infrastructure investment, and industry-led collaborations to scale up circularity practices.

The report notes that industrial waste circularity has been overlooked in Africa’s circular economy efforts, which have focused primarily on plastic and municipal waste. It stresses the need to prioritize industrial waste and treat it as a resource and development opportunity. The report suggests that by adopting circular practices, industries can lower raw material costs, improve energy efficiency, and reduce GHG emissions while creating job opportunities.

The CSE report also identifies barriers to progress, including the lack of comprehensive waste inventories on industrial waste generation. It highlights the importance of tracking material flows and identifying opportunities for circularity. A few promising solutions are emerging in different African countries, such as using waste as alternative fuels in cement plants and recycling other waste. The report presents a strategic roadmap to scale up industrial waste circularity across the continent, including creating a national waste inventory, developing waste mapping, and implementing industrial waste-focused policies.

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Endless harmony: Australia’s seamless cycle I’ve kept the same number of words and syllables as the original, while changing the emphasis from appeal and appetite to harmony and seamless, giving it a more poetic and stable tone.

The conversation revolves around the awareness and adoption of circular economy principles in the building and property sector. Ashleigh Morris notes that while 80-90% of people surveyed have high awareness of circularity, only 50-60% translate it into practice. The conversation highlights the importance of an ecosystem to make circularity work, involving full-value chain suppliers, offtake partners, and an ecosystem.

The discussion also touches on various sectors and industries that are moving towards circular economy practices, such as fashion and textiles, tech, transport manufacturing, and mining and metals. Nic Brunsdon emphasizes the importance of policy changes to drive circular economy adoption, and notes that architects can play a key role in advocating for policy changes and designing for circularity.

Arthur Mañalac highlights the importance of government legislation to drive circular economy adoption, and notes that trailblazers in the industry, such as AMP and Coreo, are already implementing circular economy practices. Dominique Hes emphasizes the need for architects to design with circularity in mind, prioritizing reuse, adaptability, and dematerialization.

The conversation concludes with practical recommendations for architects to implement circular economy principles, including designing for longevity and adaptability, and teaching students to think “reuse first”. Additionally, the upcoming National Circular Framework in Australia is expected to play a significant role in driving circular economy adoption in the built environment.

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Developing a thriving recycling market for construction materials on Vancouver Island

A new online marketplace, Building Material Exchange (BMEx) Marketplace, has launched on Vancouver Island to promote a “circular economy” by allowing construction, manufacturing, and demolition businesses to exchange used or excess materials. The free website, built on Rheaply’s reuse platform, enables businesses to list, sell, and acquire surplus materials such as concrete, wood, metal, and more. This initiative aims to reduce waste, which comprised 22.7% of the trash sent to Vancouver Island’s Hartland Landfill in 2021.

The marketplace is promoted and financially supported by local governments and organizations, including the Capital Regional District and Light House, a Vancouver-based organization dedicated to sustainability. The platform is similar to Facebook Marketplace or Craigslist.

Co-founder Kris Hansen of Hansenbuilt Design says the platform will help minimize his company’s environmental impact by allowing them to list extra materials and reuse usable goods. A physical hub is also planned to launch in Nanaimo this spring, where contractors can bring unneeded materials for public use. The BMEx program is an example of a circular economy, which seeks to reduce waste and promote sustainability in a finite-resource environment, a shift from the traditional “take-make-waste” model.

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Eurasia Review: The High Atlas Foundation’s Ambitious Zero-Waste Initiative

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The third annual International Day of Zero Waste highlights the urgent need to transform waste management and promote sustainable consumption and production, with this year’s theme being “Towards Zero Waste in Fashion and Textiles.” The textile industry poses significant environmental risks, generating 92 million tonnes of waste annually, equivalent to one truckload per second. This industry contributes to resource depletion, greenhouse gas emissions, water pollution, and clean water contamination. To address this crisis, governments, organizations, and stakeholders are working towards a circular economy that minimizes waste, enhances durability, reuses materials, and recycles.

The High Atlas Foundation (HAF) is a nonprofit organization dedicated to sustainable development initiatives in Morocco. Its Tree Sacks Project aims to promote sustainable production practices in the agriculture industry by producing biodegradable tree sacks. The project has empowered 50 women by providing them with sewing machines, resources, and training, and has distributed over 14,500 tree sacks in two months. By embracing circular economic models, investing in waste management solutions, and making conscious consumption choices, we can reduce environmental impacts and build a more sustainable textile industry.

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The global sustainable manufacturing market is projected to expand to $430.64 billion by 2032, with a compound annual growth rate of 11.1% from 2025, according to a new report by Meticulous Research.

The global sustainable manufacturing market is expected to reach $430.64 billion by 2032, growing at a CAGR of 11.1% from 2025 to 2032. The market is driven by government regulations, the adoption of circular economy principles, and technological advancements. Stricter government policies, such as the EU Green Deal and the U.S. Inflation Reduction Act, are compelling industries to invest in cleaner production methods and eco-friendly materials.

The market is expected to be led by Asia-Pacific, followed by North America and Europe. The region is expected to dominate the market due to its rapid industrial expansion, government incentives, and increasing adoption of green technologies. Key players in the market include Siemens AG, Schneider Electric, and Unilever, which are investing in green production technologies and carbon neutrality initiatives.

The market faces challenges such as high upfront costs of sustainable technology, regulatory complexity, and scalable waste management and recycling infrastructure. Despite these challenges, the market is expected to grow, driven by innovations in green hydrogen, biodegradable materials, and circular supply chains.

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Forever Revive: The Cutting-Edge Secret to Limitless Material Abundance

The concept of circularity is a crucial aspect of sustainability that involves designing, producing, and consuming materials in a way that minimizes waste and promotes the continuous use of materials. Unlike the linear economy, where products are used once and discarded, circularity encourages the reuse and recycling of materials, reducing the need for new raw materials and waste. This approach can greatly reduce greenhouse gas emissions, reduce dependence on virgin resource extraction, and align production with planetary boundaries.

Not all materials can be recycled equally, with some like glass, aluminum, and steel able to be melted and reshaped countless times without losing their properties. Others, like wood and textiles, are harder to recycle and may be downcycled or composted. Open-loop systems involve recycling materials into a different product or material stream, while closed-loop systems allow materials to be recycled back into the same product or category.

To achieve a circular economy, companies and governments must collaborate on policy, science, and engineering to design products and systems that are sustainable, repairable, and recyclable. Businesses like Apple, Patagonia, and IKEA are already pioneering circular practices, and governments are introducing policies to support these initiatives. A global shift towards circularity requires a systems-level change in how we design products, value materials, and define waste. By taking action, individuals can contribute to a more sustainable planet by reducing their carbon footprint, supporting environmental organizations, embracing sustainable habits, and spreading awareness about the importance of environmental stewardship.

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The innovative approach of Repair Café highlights the potential of the circular economy to mitigate the impact of the U.S. trade war.

In response to the US-initiated trade war with Canada, advocacy groups are urging Ottawa residents and City Hall to focus on strengthening the local circular economy, including the voluntary repair and recycling service provided by the Ottawa Tool Library. The city has announced measures to support a circular economy, including reducing waste generation and collection, and promoting green procurement strategies. The Ottawa Tool Library hosts events and workshops encouraging people to practice sustainability by recycling, repurposing, and repairing tools. The library’s Repair Café, a full-day event held monthly, allows people to bring in damaged items to be fixed by volunteers. The event aims to teach people how to use items until the end of their life cycle, reducing overconsumption and waste. The City of Ottawa and the Ottawa Tool Library are working together to promote the circular economy, and the city’s public outreach and communications coordinator for solid waste and recycling is attending the Repair Café events to answer questions and provide information on proper recycling and composting.

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Alberta welcomes Extended Producer Responsibility, a new way to boost sustainability.

The Alberta Recycling Management Authority has announced the implementation of Extended Producer Responsibility (EPR) policy, a made-in-Alberta solution for responsible waste management. Effective April 1, most municipalities, including major cities, will operate under EPR. The program aims to centralize, standardize, and streamline recycling, reducing costs and saving taxpayers money. Some municipalities require more transition time, while others will join in 2026. The EPR policy is expected to reduce waste sent to landfills, with the national average being 710 kg per person annually, compared to Alberta’s 1,034 kg. As of March 19, 99% of curbside recycling contracts are in place. Calgary’s City Councillor Peter Demong believes EPR is a “big win” for the economy, environment, and community, with benefits including reduced blue cart fees and clearer recycling rules.

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A new era begins: ReGen welcomes the future

The Australasian Waste and Recycling Expo (AWRE) is rebranding and evolving into ReGen, Australia’s Circular Resource Expo. The two-day event will debut on July 23-24, 2025, at the ICC Sydney, aiming to drive industry transformation and meet Australia’s goal of doubling circularity by 2035. The rebrand reflects the expanding focus on circular resources, rethinking, and redesigning. The event will feature diverse cross-sector participation, widespread solutions, and stronger focus on collaboration and networking. Attendees can expect live demonstrations, panel discussions, and networking designed to foster real action. ReGen will also incorporate Circularity, Australia’s original circular economy conference, into its education program, offering free sessions on circular product design and sustainable waste management. The event’s name, ReGen, represents regenerative practices and the generational transformation required to meet sustainability goals. Early feedback suggests positive engagement from exhibitors, visitors, and industry stakeholders. The ReGen team is still accepting bookings for stands and invites participants to “Rethink, Redesign, Repurpose, and Renew” as they contribute to a circular and sustainable future for Australia.

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Embracing a Circular Economy Involves Empowering Collaborative Efforts

The circular economy aims to reduce resource use, reduce raw materials consumption, and extend product lifespans. Insurers must consider covering risks associated with recycled products. A UK-Dutch Roundtable Dialogue was hosted by the Lord Mayor of London to explore financing the circular economy. The event brought together government officials and private sector leaders to identify ways to boost investment in the transition to a circular economy. The UK and Dutch governments announced their intentions to transition to a circular economy by 2050 and 2030, respectively.

The UK Government’s Secretary of State for Environment, Food and Rural Affairs, Steve Reed, emphasized the need to end the UK’s “throwaway society” and the economic, environmental, and social benefits of a circular economy. Lord Mayor of London, Alastair King, highlighted the economic opportunities presented by the transition to a circular economy. Dutch Minister for the Environment and Public Transport emphasized the importance of bilateral cooperation and exchange of best practices in the financial industry. The event aimed to boost investment in circular businesses and create new infrastructure to facilitate the transition to a circular economy.

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The sector urges policymakers to generate ambitious initiatives that support the UK’s circular economy blueprint

The content is a news article about the UK’s Environment Secretary’s promise to prioritize sector-specific circular economy plans. Industry groups argue that this pledge must be backed by effective regulation. However, the full article is restricted to subscribers only. The article does not provide any further details on the issue, such as specific plans or initiatives announced by the Environment Secretary. Instead, it encourages readers to subscribe or register for guest access to read the full article.

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Turkey’s Ambitious Climate Approach Sets a New Standard for International Sustainability Let me know if you’d like me to revise it further!

Türkiye is at the forefront of tackling the climate crisis with its ambitious climate agenda, which aims to reduce emissions, enhance sustainability, and foster global collaboration. The country has made commendable progress, but experts emphasize that the road ahead remains steep. With rising global temperatures and extreme weather events, climate change is an inescapable reality. Türkiye’s response includes ratifying the Paris Agreement, updating its Nationally Determined Contribution, and introducing a Climate Law to establish a National Emission Trading System.

Water scarcity is another pressing concern, with climate models projecting prolonged droughts and declining water reserves. To address this, Türkiye has launched initiatives such as the Water4All Doctoral Training Program and its National Water Plan. Additionally, sustainable waste management is gaining recognition, with the country’s circular economy strategy prioritizing recycling and reducing waste.

Türkiye’s approach is characterized by a multi-pronged strategy, integrating renewable energy investments, water conservation, and a circular economy. Experts stress that addressing climate change demands continuous innovation, cross-sector collaboration, and global commitment. As the country moves forward with its sustainability goals, its efforts offer valuable lessons for other nations navigating the complexities of climate action.

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Closing the loop: A circular economy is the key to a sustainable future.

A new report by the Centre for Science and Environment (CSE) highlights the potential of industrial waste circularity to reduce carbon emissions and conserve natural resources. By 2030, it is estimated that circularity can reuse 750 million tonnes of industrial waste, conserve 450 million tonnes of natural resources, and reduce 50-60 million tonnes of carbon dioxide equivalent. The report emphasizes the need for a circular economy, which promotes the reuse and regeneration of materials and products to reduce waste. The Indian government is being encouraged to develop a national circular economy action plan, including sectoral action plans for industries. The report provides examples of successful circular practices in industries such as cement and thermal power plants, with the potential to reduce carbon emissions and conserve resources. However, challenges such as the absence of attractive taxation policies and the need for a strong economic case to drive funding and make circularity viable are also acknowledged. The goal is to develop a “pull” strategy for circular economy, where demand drives the market and encourages the maximum utilization of resources.

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A brighter sustainability future takes shape as the EU forges ahead with innovative advancements in the Circular Economy

The European Apparel and Textile Confederation (Euratex) reports that the European Union has taken a “major step” towards implementing the European Partnership for Textiles of the Future, a initiative aimed at promoting sustainable and circular textiles in the EU. The partnership, established under the EU’s Horizon Europe program, aims to “harness digital innovations and novel business models to strengthen Europe’s leadership in sustainable textiles”. The European Commission and the European Technology Platform for the Future of Textiles and Clothing (Textile ETP) will sign a Memorandum of Understanding to launch the partnership, which will be co-led by Textile ETP and the Commission. The partnership will receive funding of up to €77 million from 2025-2030 for collaborative research and innovation projects. The goal is to drive innovation, competitiveness, and sustainability in the textile sector, while also promoting Europe’s strategic autonomy and global competitiveness. The first funding opportunities will be introduced in the Horizon Europe Work Program 2025, expected to be published in spring 2025.

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India to extend Extended Producer Responsibility (EPR) norms to other sectors, fueling the growth of a circular economy.

India is planning to expand its Extended Producer Responsibility (EPR) guidelines to other sectors to promote a circular economy. According to Joint Secretary of the Ministry of Environment, Forest, and Climate Change, Ved Prakash Mishra, the government has identified 10-11 sectors and hopes to implement circular economy policies in these sectors. This move is necessary, as the “take, make, and dispose” model is no longer sustainable. EPR holds producers accountable for the entire lifecycle of their products, including end-of-life management and waste disposal. The goal is to create a circular economy, where products are designed to be recycled, reused, or biodegradable. This will not only reduce waste but also lead to resource conservation and a more sustainable future.

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Transforming Israel into a leading global model for sustainable development by adopting innovative, US-driven circular economy strategies that foster economic growth, reduce waste, and promote environmental stewardship.

The circular economy is a model that aims to minimize waste and the use of raw materials by promoting recycling and regenerative processes, inspired by the natural world’s efficiency and circularity. While the Industrial Revolution has led to linear economic growth and environmental degradation, recent developments in legislation, industry innovations, and public-private partnerships are paving the way for a circular economy in the US. For example, California’s Responsible Textile Recovery Act and Oregon’s Plastic Pollution and Recycling Modernization Act aim to reduce textile and plastic waste. The infrastructure industry is also adopting circular approaches, with startups like ECOR and Hempitecture creating eco-friendly building materials.

The textile industry is also evolving, with companies like Ambercycle and Evrnu developing technologies to recycle and regenerate materials. Public-private initiatives like Beam Circular and Circular Systems are promoting bio-circularity and upcycling industrial byproducts. The Israeli government can align its National Circular Economy Plan with existing regulations, implementation challenges, and funding gaps to maximize impact. Binational partnerships between Israeli and US companies can also drive innovation, as seen in collaborations like Plasticback and TripleW. By combining expertise and technologies, companies can scale novel solutions and reduce environmental impact.

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Tekcycle paves the path for enhanced opportunities in the circular economy, empowering young people to thrive.

Tekcycle Ghana Limited is a start-up company that transforms pineapple waste into biodegradable cleaning products, offering an environmentally friendly alternative to traditional chemical-based detergents. Co-founded by Najat Hamid Mohammed, the company received support from the KIC (Kosmos Innovation Centre) and the Mastercard Foundation to scale its innovative solution. The company’s goal is to reduce environmental waste, create economic opportunities, and promote a circular economy. With the support of the AgriTech Challenge Classic, Tekcycle received $20,000 in funding and access to mentorship and resources. The company has expanded its operations, refined its business model, and strengthened its supply chain, allowing it to reach a broader market. As a female-led business, Tekcycle is making a significant impact on women’s empowerment, creating employment opportunities and leadership roles for women in the green economy. With continued support, Tekcycle is set to lead the way in Ghana’s green innovation movement, demonstrating that sustainability, inclusivity, and business success can coexist.

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Creating a Sustainable Future for Research Data: Building a Comprehensive Databank and Catalogue at Helsinki University Library

The University of Helsinki Library launched a new service, the data catalogue, as a project without external technical partners. The library used the existing DSpace publishing platform, which was already in use in the open digital repository Helda, to develop the catalogue. The catalogue features automated metadata harvesting from various databases and research data platforms, such as Zenodo, Etsin, and Dryad, as well as manual input forms that allow researchers to add and edit metadata for their own research data. This enables the collection of a large number of research datasets with minimal effort. The library’s specialist team manages the catalogue, ensuring continuous development and maintenance. The use of a familiar tool simplifies management and development, allowing the library to focus on providing a seamless experience for users.

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To promote a thriving circular economy, it is crucial that there be a consistent set of national policies in place.

The Australian Council of Recycling (ACOR) has released a 2025 Federal Policy Platform, urging the government to take urgent action on batteries and electronics to boost productivity, create jobs, and benefit the environment. The organization is calling for the harmonization of resource recovery rules, prioritization of using Australian recycled content, and consistent national policies to overcome current challenges such as fragmented state regulations and lack of market demand for recycled materials. The recycling sector contributes nearly $19 billion to the economy and supports 95,000 jobs. ACOR is pushing for measures such as boosting demand for recycled materials through government procurement, implementing mandatory extended producer responsibility, and strengthening accreditation frameworks. Establishing a government-led body to streamline regulations and define end-of-waste criteria is also essential, according to the organization. By implementing these recommendations, the government can drive innovation, create jobs, and build a circular economy.

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Aluminum is pioneering the circular economy effort, spearheading the shift towards more sustainable waste management.

New research from RRS finds that used beverage cans (UBCs) are recycled into new cans in an average of 60 days in the US. This study, commissioned by the Aluminum Association and Can Manufacturers Institute, demonstrates the circular nature of aluminum beverage cans, which are often recycled into new cans. The research highlights the sustainability benefits of aluminum recycling, which requires 95% less energy and 95% less emissions compared to producing new aluminum. The report also notes that 43% of aluminum beverage cans are recycled, with 97% of recycled aluminum going on to become new cans, compared to 30-60% for glass and 34% for plastic bottles. The industries urge for increased aluminum recycling, as the average American throws away 15 twelve-packs of used cans per year, resulting in a $1.2 billion loss for the economy.

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The launch of the Brussels event will spark a thought-provoking debate on the upcoming Circular Economy Act.

The European Commission is working to transform the continent’s production and consumption model from a linear “take, make, use, dispose” model to a more sustainable circular economy. The first Circular Economy Strategy was adopted in 2015, with an update in 2020. The EU’s new environment commissioner, Jessika Roswall, has been tasked with developing a fully-fledged Circular Economy Act to codify EU policies on reducing resource consumption. The Act will aim to increase circularity, with measures such as targets for recyclability and sorting of waste, and extended producer responsibility. The EU executive is also exploring ways to create a single market for waste and critical raw materials. The business community is closely watching the development of the Act and has started to express its own vision for the path forward. A debate on the topic will take place in the European Parliament on March 18, with representatives from the European People’s Party, trade associations, and EU officials set to participate. The goal is to balance sustainability and competitiveness in circular economy policy.

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Sustainability in the built environment – a pressing issue that requires innovative solutions from the architectural community. Let me know if you need any further assistance!

The built environment is a significant contributor to Australia’s greenhouse gas emissions and waste generation. The country’s high consumption of raw materials and energy usage in housing and construction is a major concern. The circular economy is seen as a solution to address this issue, with its three principles: eliminate waste and pollution, circulate products and materials, and regenerate nature. However, a fourth principle is needed: designing out overconsumption. Architects play a crucial role in achieving a circular economy by designing buildings that are sustainable, efficient, and use minimal resources. They can inform clients about eco-design principles and the benefits of designing out overconsumption.

Smaller, smarter homes can reduce material and energy consumption, and architects can incorporate sustainable features such as solar panels, heat pumps, and water tanks. The potential challenge of higher upfront costs can be counterbalanced by building smaller and smarter. A circular economy requires cooperation and collaboration among stakeholders, and architects must introduce project stakeholders to the concept early on. By embracing a circular economy, architects can safeguard the planet’s future and provide sustainable and affordable housing for Australians.

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Joseph Yeboah emphasizes the importance of collaboration as a key strategy to advance sustainability through the Ghana Circular Economy Centre.

The Ghana Circular Economy Centre (GCEC) project, a five-year initiative funded by Global Affairs Canada and implemented by the United Nations Industrial Development Organisation (UNIDO), aims to transition Ghana from a linear to a circular economy. The project focuses on three key sectors: textiles, agriculture and agro-processing, and plastics. The GCEC is hosted by Ho Technical University and has satellite locations at three other universities. The project’s goal is to promote circular economy practices, enhance resource efficiency, reduce waste, and create sustainable jobs, with a focus on women and youth. The project has identified specific value chains in each sector, including cassava, mango, pineapple, tilapia, and catfish in agriculture and agro-processing, and second-hand clothing and local textiles production in textiles. The project has five main pillars: establishing centers, training and capacity building, providing technical assistance, enhancing financial support, and facilitating networking and exchange programs. The validation workshop, held in Takoradi, aimed to validate the project’s gender and youth baseline reports and raise awareness about the project.

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Make a greener footprint: Swap traditional bottled water for our refillable spout pouches.

Swiss Pack has developed the “FORMIL Refillable Spout Pouch” in collaboration with Algramo for Lidl, setting a new standard for sustainable packaging. This innovative design allows customers to refill their laundry detergent at in-store refill stations, reducing plastic waste and offering cost savings through bulk purchasing. This aligns with Lidl’s commitment to sustainability and the circular economy. The pouch was featured at the 2025 Innovation Gallery, recognizing advancements in sustainable and high-performance packaging. Swiss Pack’s achievement demonstrates their dedication to meeting industry needs and environmental objectives. The development of the pouch involved design optimization for compatibility with refill stations, resulting in a user-friendly and sustainable solution.

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Here are the key takeaways from Eileen Fisher’s latest circular collection drop.

Eileen Fisher, a clothing company, is launching a new collection called Mended, featuring shirts repaired and patched from pre-worn ones. This is part of the company’s efforts to reduce its environmental footprint and promote sustainable fashion. Eileen Fisher has been a pioneer in the industry, introducing a takeback program for unwanted clothes and selling returned items through their resale division, Renew. The company has taken back over 2 million items since 2009 and resold 660,000 of them. The Mended collection is a unique approach to repair, showcasing the clothes’ imperfections rather than trying to restore them to “good as new” condition. The company is also exploring other sustainable practices, such as fiber-to-fiber recycling and upcycling. The Mended collection will be sold online and will make up a small part of Eileen Fisher’s overall production. The company’s goal is to reduce waste, encourage customers to buy fewer, higher-quality items, and set an example for other brands.

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The Circular Economy Taskforce aims to broaden its reach by increasing industry participation and collaboration. This version conveys the same meaning as the original sentence, but uses slightly different wording to convey the idea that the taskforce is seeking to engage a broader range of industries in its efforts.

A organization focused on promoting circular economy initiatives in England is planning to work more closely with experts from various industries. The organization’s goal is to expand circular economy initiatives across the country. The initiative aims to reduce waste, increase recycling, and promote sustainable practices. While the content of the full article is not available due to subscription restrictions, the summary indicates that the organization is seeking to collaborate with experts from various industries, including those involved in the production and recycling of materials, to achieve its goals. The article does not provide further details on the specific initiatives or partnerships being planned, but suggests that the organization is committed to promoting sustainable practices and reducing waste in England.

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Embracing the circular economy, Tekcycle pioneers innovative opportunities for the next generation Let me know if you’d like me to make any changes!

Tekcycle Ghana Limited is an agribusiness startup co-founded by Najat Hamid Mohammed, which transforms discarded pineapple waste into biodegradable cleaning products. The company’s goal is to promote a circular economy by reducing environmental waste and creating economic opportunities, particularly for young women in Ghana. Tekcycle received support from the KIC Agritech Challenge Pro, an accelerator program that aims to support young entrepreneurs with innovative solutions in the agricultural sector. With $20,000 funding, the startup has scaled its operations, refined its business model, and strengthened its supply chain. Tekcycle’s products not only reduce environmental pollution but also foster economic independence for women entrepreneurs. As a female-led business, Tekcycle is making a significant impact on women’s empowerment, creating employment opportunities and leadership roles for women in the green economy. With continued support from the Kosmos Innovation Center and the Mastercard Foundation, Tekcycle is poised to lead the way in Ghana’s green innovation movement, demonstrating that sustainability, inclusivity, and business success can coexist.

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