ZC Rubber said it applies circular-economy practices from raw material sourcing through production and recycling. The company has worked with ...
Skymission Group Considers Development Of Intelligent Circular Economy Technology Business. Jun 1, 2026, 08:35 GMT-7 RefinitivLess than 1 min read.
Jessika Roswall, Commissioner for Environment, Water Resilience and a Competitive Circular Economy. Today is a good day for animals and shows that ...
A key component to any solution is the circular economy, a model that aims to decouple economic growth from the consumption of finite resources.
... circular economy-focused IT refurbishment platform. Founded in 2001, Denmark-based T1A IT Asset Disposition (ITAD) provider built on a circular ...
The researchers' aim is to enable a CO2 circular economy: in other words, using the carbon dioxide released into the atmosphere – for example ...
... circular economy. It also discusses key challenges facing the sector and explains why rising costs and stringent regulations are reducing the ...
... circular economy' at the heart of international action on everything from tackling climate change to reducing poverty. 19 September 2024 · Expert ...
Mexico's new circular economy framework will fundamentally shift responsibility across the plastics value chain, while requiring major investment in ...
This research paper identifies and prioritizes the circular economy initiatives in spool fabrication industries. Initially, circular economic ...
The two founders of Peekskill's “circular” economy will be among presenters at the Peekskill Herald's third annual community forum at Dramatic ...
These regulations require companies to provide detailed, non-financial reporting on resource use and circular economy performance. This means that ...
... circular economy solutions. William Blair 46th Annual Growth Stock Conference Date: June 2 - 4, 2026. Location: Loews Chicago Hotel, Illinois. Mark ...
See how ExxonMobil is advancing a more circular economy for packaging at interpack 2026. 7 May 2026 12:30 Sponsored by ExxonMobil · Elopak Spotlight ...
When governance falls behind the pace of the activity it is supposed to support, the circular economy does not pause and wait for it to catch up ...
Skymission will keep its core Hong Kong formwork services while exploring a circular economy tech business. The company plans a closed-loop ...
... Circular Economy National Initiative. It will focus on sustainability, climate action, circular economy models, responsible business practices and ...
Demand for Befesa's recycling services is poised to grow as decarbonization and circular economy initiatives accelerate globally, with tightening ...
Pollution & Circular Economy +. Circular Economy · Pollution · Energy Efficiency · More… Risk +. Risk Centre resources · 2024-2025 Risk Centre ...
My work focuses on creating a circular economy for plastics. In short, at Eastman, we are developing innovative materials and processes to increase ...
... circular economy for neodymium. "The recovery and remanufacturing of magnet assemblies from UK offshore wind turbine could unlock the commercial ...
... circular economy principles throughout the product lifecycle. Deepening assurance across our operations and supply chain: In 2025, the Company ...
... Circular Economy Act risks promoting hazardous waste in construction, report warns · May 22, 2026 · Recycling company fined for illegally exporting ...
... circular economy goals. Plastipak Logo Blue. Key benefits include: Nylon-free PET oxygen barrier technology; Recognition by APR for Design for ...
... circular economy in North America and Europe. The average ticket size will be around $400 million with room to go higher or lower if needed ...
... circular economy practices. The partnership, formalized through a Memorandum of Understanding (MoU), combines the strengths of two leading Indian ...
The initiative focuses on turning grain by-products into high-value ingredients, supporting circular economy goals and improving resource efficiency ...
... circular economy development. Under the agreement, the two companies will establish a 50:50 joint venture entity that will focus on opportunities ...
ACS Omega. 2026 May 14;11(20):29334-29345. doi: 10.1021/acsomega.6c01229. eCollection 2026 May 26.
ABSTRACT
Cocoa honey is a sweet, acidic liquid obtained from the pulp of cocoa fruits (Theobroma cacao L.) during postharvest processing, distinct from bee honey and derived from cocoa pulp, being specifically defined as the liquid obtained by natural drainage of the pulp. Rich in soluble solids, total sugars, and essential minerals like magnesium and zinc, while low in sodium, its characteristic fruity, sweet, and floral aroma is attributed to high levels of esters. Despite its technological potential, the industrial exploitation of cocoa honey is hindered by significant research gaps, including a lack of standardized analytical methods, limited stability data, and insufficient economic assessment. This review provides a comprehensive analysis of the nutritional, physicochemical, and aromatic properties of cocoa honey, highlighting its innovative applications in the food, beverage, and cosmetic industries. Furthermore, we discuss the role of volatile organic compounds (VOCs) as potential biomarkers for quality control and prevention of food fraud. By addressing sustainability and the circular economy, this work identifies the critical path for transforming cocoa honey into a stable, safe, and commercially competitive ingredient, ultimately enhancing the cocoa value chain and the producer's income.
PMID:42222803 | PMC:PMC13216991 | DOI:10.1021/acsomega.6c01229
RSC Adv. 2026 May 27;16(31):28535-28556. doi: 10.1039/d6ra02881k. eCollection 2026 May 22.
ABSTRACT
Microplastics (MPs) (<5 mm) are hydrophobic and can't be easily degraded. These particles accumulate due to the excessive discharge of plastic waste from domestic and industrial sources, along with several toxic compounds attached to their surface, are also being deposited in environmental matrices, hampering the sustainable environment and human well-being. In the present scenario, to maintain sustainability, there is an urgent need to develop sustainable removal technologies. Physical and chemical treatment of MP removal, such as membrane filtration, density separation, adsorption, coagulation, and photo-catalysis, works effectively, but it is limited by sustainable energy demand, high cost, and secondary pollutants. Ultrafiltration membranes composed of polyether sulphone (PESP) are able to 91-96% removal efficiency for PE, PVC, while Zn-Al layered double hydroxide granules removed up to 96% of nano plastic debris (NPDs). In biological remediation, Aspergillus tubingensis degraded approximately 90% of polyurethane (PUR) through esterase and lipase activities at 37 °C under aerobic conditions within 60 days, whereas Phanerochaete chrysosporium removed up to 31% of PVC through peroxidase under acidic aerobic conditions. The primary objective of this study is to critically evaluate physical-chemical MP removal technologies, in comparison with bioremediation, which is more sustainable, cost-effective, eco-friendly process. Microorganisms and their enzymes degrade MPs by breaking them through fragmentation, de-polymerization and mineralization. MP degradation by mixed-culture, including bacteria, fungi, and microalgae, is more sustainable method to mitigate the emerging MP contamination. This review highlights the advantages of bioremediation over conventional processes, emphasizing its potential for large-scale application in MP management.
PMID:42221713 | PMC:PMC13217176 | DOI:10.1039/d6ra02881k
ACS Phys Chem Au. 2026 Apr 29;6(3):527-533. doi: 10.1021/acsphyschemau.6c00008. eCollection 2026 May 27.
ABSTRACT
The present study employs density functional theory to investigate the noncovalent catalysis by chitosan for the conversion of CO2 and NH3 to urea, addressing the pressing need for carbon capture and utilization by converting captured CO2 from industrial sources into a renewable C1 feedstock, specifically urea, which is known for its high nitrogen content as a fertilizer. The conversion of CO2 into urea is crucial to modern agriculture, providing a highly efficient and cost-effective means of supplying the nitrogen required to nourish the global population. Computational quantum chemical calculations elucidate the reaction mechanism, detailing all relevant intermediates and transition states. The findings reveal that the NH2 and OH functional groups of chitosan play a critical role in the reaction by stabilizing key transition states through noncovalent interactions, thereby substantially lowering the overall activation energy barrier. The current study provides significant molecular-level insights into the mechanism underlying chitosan's noncovalent catalytic properties, establishing a robust foundation for understanding its potential applications as an effective, environmentally sustainable approach to urea synthesis. This work marks a significant advancement in green catalysis, aligning with UN Sustainable Development Goals (SDG) 13 (Climate Action) by using CO2 as a feedstock, SDG 9 (Industry, Innovation, and Infrastructure) by providing a sustainable industrial alternative, and SDG 12 (Responsible Consumption and Production) by demonstrating a circular-economy model valorizing biowaste. These findings pave the way for future experimental validation and the development of biopolymer catalysts, contributing to a more sustainable chemical industry.
PMID:42221932 | PMC:PMC13220198 | DOI:10.1021/acsphyschemau.6c00008
Waste Manag Res. 2026 Jun;44(6):641-643. doi: 10.1177/0734242X261439180. Epub 2026 Jun 1.
NO ABSTRACT
PMID:42219966 | DOI:10.1177/0734242X261439180
Angew Chem Int Ed Engl. 2026 Jun 1:e6883410. doi: 10.1002/anie.6883410. Online ahead of print.
ABSTRACT
The sustainable upcycling of plastic waste under ambient conditions remains a major challenge due to the lack of efficient, robust, and environmentally benign photocatalysts. Here we report a green and metal-free strategy for the synthesis of conjugated microporous polymers (CMPs) that directly addresses this challenge. The polymers are prepared using natural sunlight to drive polymerization through in situ-formed electron donor-acceptor (EDA) complexes, eliminating the need for harsh conditions or precious metals. The resulting CMPs, TMPB-AQ and TTPM-AQ, function as efficient heterogeneous photocatalysts for the ambient-temperature upcycling of ten types of real-world polystyrene-based plastics into value-added benzoic acid. The process is readily scalable to gram quantities in both batch and continuous-flow reactors and maintains high catalytic performance over eleven reuse cycles, highlighting its practical durability. Mechanistic insights from combined experimental and computational studies reveal that the high activity originates from the intrinsic porosity and extended conjugation of the CMPs, which promote spontaneous adsorption of polystyrene chains, efficient mass transport, and effective charge separation at the polymer-plastic interface. Overall, this work demonstrates a sustainable pathway that integrates green materials synthesis with the productive valorization of plastic waste, advancing circular-economy approaches to polymer recycling.
PMID:42220097 | DOI:10.1002/anie.6883410
Food Chem X. 2026 Jan 28;34:103445. doi: 10.1016/j.fochx.2025.103445. eCollection 2026 Feb.
NO ABSTRACT
PMID:42220980 | PMC:PMC13216719 | DOI:10.1016/j.fochx.2025.103445
Office of Sustainability and Innovations Director Missy Stults says it's a great way to support the circular economy. “At the end of life for you ...
... circular economy potential now. Circular Economy, compressed biogas, decarbonisation, Material productivity, Municipal Solid Waste, waste-to ...
EU-funded initiative launches knowledge platform to advance circular economy in Europe ... circular economy. These include sector guides for industries ...
Elastane Stretching the System. By: Mansi Bihani. Why Elastane has Become the Textile Industry's Circular Economy Problem. Pic: Shutterstock. View ...
... circular economy for soft drinks containers. Our current focus is ... circular economy. For the scheme to have the best chance of launching ...
the role of international trade in used textiles in advancing circular economy objectives; · the socioeconomic and environmental implications of ...
With decentralized upcycling on an industrial scale, REPLOID provides an economically attractive solution within the circular economy. Food ...
Key takeaways. APR and ANIPAC have joined forces to improve plastics recyclability and advance the circular economy in Mexico.
... circular-economy approaches to polymer recycling. Graphical Abstract. We present a sustainable, metal-free strategy to synthesize conjugated ...
The Portuguese group strengthens its position in aquaculture with a model based on circular economy, production efficiency, ...
You must agree before subscribing. KEYWORDS; Thailand automotive industry · End-of-life vehicles · Circular economy thailand · Vehicle recycling · Bcg ...
Circular economy and environmental stewardship have always been at the core of our development in Ormoc City.” These words from Mayor Lucy Torres- ...
The objective of this publication, the Technical Report on Innovative Techniques (TRIT) of 2026 by the INCITE, is to serve as a strategic technological compass for Europe’s industrial transition. The report maps a comprehensive dataset of 563 demonstrator projects across Europe identified between 2020 and 2025. The content focuses on energy-intensive industries (EIIs) and prioritises sectors with the highest environmental impact and strategic relevance for the Clean Industrial Deal. It was found that innovation in industry is highly concentrated in three ‘hard-to-abate’ sectors: Iron & Steel, Chemicals, and Cement, Lime, and Magnesia. Together, these sectors account for approximately 65% of all identified demonstrators. The report focuses on techniques that have reached a Technology Readiness Level (TRL) of 6–7 or higher. Currently, TRL 7 (33%) and TRL 9 (28%) represent the largest shares of the dataset, indicating a strong pipeline of solutions demonstrated in operational environments or ready for market. While decarbonisation is the dominant driver (present in 71% of projects), industrial pilots are increasingly engineered for synergistic benefits. These include depollution (42%) and circularity (30%), such as waste-to-feedstock conversion and the valorisation of industrial by-products. Several barriers to implementation were identified, and were associated to challenges in permitting, infrastructure availability, and financing risks with first-of-a-kind installations. The current dataset is strongly influenced by EU-funded projects (> 70% of the projects) due to robust reporting obligations. Private and national sector investments remain less visible and fragmented. Overall, the findings of this report serve as a foundation for future Best Available Techniques (BAT). By identifying mature, high-performance technologies now, INCITE ensures that upcoming EU norms accelerate the deployment of cleaner technologies.
Resource Recycling Systems (RRS), a leader in circular economy and sustainable materials management consulting for over 40 years, has added nine ...
This year in Whistler, a range of businesses and organizations came together for talks, circular economy events, and Pitch-In Day. This year's ...
Read this exciting story from The Freeman June 01, 2026 issue. The ASEAN Circular Economy Business Alliance and the East Asia Business Council ...
by MARY M. THORNTON maryt@americanrecycler.com. The waste rubber industry continues to embrace a circular economy, not only for the various ...
The country has also not yet adopted a strategy to implement the principles of a circular economy, has not completed the demarcation of authority ...
... circular economy. Representatives from Nestle Philippines, Robinsons Supermarket, and Restore Solutions PH sign the memorandum of agreement for ...
... circular economy. The innovation comes at a time when Tanzania is grappling with rising volumes of solid waste. Also Read. National. Samia Kalamu ...
The technology supports a circular economy and means 'waste is literally not wasted'. 30 May 11:00 AM. Staff shortages at rural hospitals leave ...
Participants will discuss how procurement frameworks can contribute to the objectives of the Circular Economy Act and support Europe's green ...
... circular economy development in Mexico. Pressure Washers Are Becoming Obsolete Thanks to This Compact Invention · Ad. PressaJet. The arrangement aims ...
... circular economy goals. -- Advertisement --. The initiative aims to establish an organized and traceable system for managing used lubricants ...
... circular economy initiatives, demonstrating the government's commitment to sustainable development and aiming to drive a green economic transition.
Throughout the week, hundreds of activities focused on zero waste, circular economy practices and environmental awareness will take place across ...
Collection alone does not create a circular economy. Without aligned processing capacity and stable end markets, it simply shifts the problem. And ...
... circular economy.” For the prisoners involved, the workshops offer more than meaningful work, as well as providing a pathway to rebuild confidence ...
... circular economy Blue Moon set to illuminate Qatar's sky on Sunday, QCH says. “Eid is always our busiest season,” said one venue manager, who ...
... circular economy and energy-saving projects. Tax incentives and support for ESG compliance reporting are also included. The draft is currently ...
The session will focus on issues including energy efficiency, renewable energy investments, circular economy practices, the integration of waste ...
Eval Rev. 2026 May 31:193841X261456358. doi: 10.1177/0193841X261456358. Online ahead of print.
ABSTRACT
By exploiting the panel data of 100 countries over the period 2006 to 2022, I show how climate change policies and green growth within a circular economy affect entrepreneurship. Higher energy intensity predicts a lower rate of new firm creation. In contrast, higher green growth correlates with a higher number of new businesses. The interaction between energy intensity and green growth indicates that environmental support can partially offset the adverse effects of energy-intensive economic structures. Using genetic distance to the United Kingdom as an instrumental variable, I establish a causal relationship. In particular, the findings suggest that well-designed environmental policies can act as a catalyst for new firm formation, especially in circular economies facing structural and developmental constraints.
PMID:42218642 | DOI:10.1177/0193841X261456358
The circular economy has emerged as one promise to decouple economic growth from resource consumption. But how do we know when a company has ...
The session will address renewable energy investment, circular economy frameworks, waste-to-energy integration, resource efficiency, and energy ...
It also highlights the potential benefits and applications of biomanufacturing in creating a more sustainable and circular economy. The study ...
... circular economy alliances. Key Structural Sessions of the Day: • Session 1: FU-TOURISM – Shaping the Future of Tourism of European Regions and ...
Doha, Qatar: Qatar made significant strides in advancing its circular economy and sustainability agenda during 2025, with more than 3 million ...
... circular economy model. Shortly after the Congress, at COP26 in ... circular economy models that utilise industrial by-products as energy inputs.
... circular economy principles, environmental sustainability, and enhanced farm productivity. The technology has high potential to be spread in the ...
... circular economy. To that end, the VNR is gradually transitioning the entire ecosystem from fossil fuels to green energy and low-emission ...
Circular economy is inevitable for our chemical industry. Insight. Mar 16, 2026. Hydropolitics, mega-dams and the future of strategic power. Insight.
... circular economy, and responsible growth. - Advertisement -. The panel discussion being organised under the FLO GreenTech & Circular Economy ...
The European Commission is exploring a new package of “green VAT” reforms aimed at supporting the circular economy and accelerating the transition ...
... circular economy. At the event, Vinod Ahuja, FAO Representative in Viet Nam, underscored the vital role of nutrition in the comprehensive ...
Its business is focused mainly on pre-owned smartphones, tablets, and laptops, placing it within the fast-growing circular economy for consumer ...
Ambassador Constance See joined Pasig Mayor Vico Sotto and NUS students for a dialogue session at the city's Innovation for Circular Economy (ICE) Hub ...
... circular economy ambitions. ABL's operations in Australia were commissioned by Esso to provide marine warranty survey (MWS) services to support in ...
... circular economy and sustainable resource management in global markets. Average Trading Volume: 1,117,267. Current Market Cap: NOK29.25B. See more ...
Europe's Future Economic Development is undergoing a profound Transformation, moving towards a Green, Digital and Circular Economy by 2026. Facing ...
... Circular Economy at Tsinghua University, and UNDP. The report found that economic growth and improvements in education have been the main drivers ...
... processing opportunities in Dak Lak province, central Vietnam as part of efforts to promote deeper value-added production and a circular economy.
"The next phase of ESG will be driven by implementation readiness and data credibility," World of Circular Economy (WOCE) Founder and Director Anup ...
ambition supporting the circular economy. Share Article: Facebook Email X LinkedIn Copy Link Share. Tags: Master Builders Solutions. Search.
... circular economy by taking small, practical steps and focusing on strengthening internal capabilities rather than relying solely on long-term ...
How can local crafts and resources contribute to a new circular economy? How can reusing prodcuts and materials revitalise crafts? About the meet ...
... circular economy-themed party at BYOC Co. and a solar-powered party at Bicentennial Park. There also will be a native plant expo, a spring ...
Angew Chem Int Ed Engl. 2026 May 30:e9156528. doi: 10.1002/anie.9156528. Online ahead of print.
ABSTRACT
The electrocatalytic chlorine evolution reaction (ClER) provides a sustainable approach for converting abundant seawater chloride into highly reactive chlorine species for in situ marine purification. However, the practical implementation remains limited by the need for precious-metal-based electrodes to achieve high selectivity, while under neutral conditions, intense competition from the oxygen evolution reaction (OER) and severe anode dissolution compromise both efficiency and stability. Here, we demonstrate a solar-driven strategy employing surface-fluorinated cobalt hydroxide nanosheets (Co(OH)xFy) as an efficient, highly selective, and precious-metal-free catalyst for neutral-pH ClER. This catalyst enables rapid degradation of a broad spectrum of prevalent marine contaminants within seconds, including antibiotics, phenols, and endocrine disruptors. In situ surface-interrogation scanning electrochemical microscopy (SI-SECM) and scanning electrochemical cell microscopy (SECCM) combined with theoretical calculations reveal that surface fluorination optimizes the coordination and electronic structure of Co(III) active sites, significantly enhancing intrinsic activity and selectivity, particularly at edge regions. Furthermore, the catalyst uniquely leverages photo-activation to selectively amplify chlorine generation. Integrated into a membrane-free photoelectrochemical flow reactor, this approach achieves direct seawater purification with significantly reduced energy demand and carbon emissions, demonstrating compelling promise for scalable, environmentally benign marine water treatment.
PMID:42216833 | DOI:10.1002/anie.9156528
Ecotoxicol Environ Saf. 2026 May 30;319:120322. doi: 10.1016/j.ecoenv.2026.120322. Online ahead of print.
ABSTRACT
Endocrine-disrupting estrogens, such as 17β-estradiol (E2) and bisphenol A (BPA), are commonly found in agroecosystems, posing substantial risks to crop productivity and public health. While laccase-induced polymerization transfer is an effective strategy for estrogen remediation, the interactive effects of living crop root-released exudates (e.g., sugars, phenolic acids, amino acids) on this enzymatic process remain largely unclear. Here, we employed artificial root exudates (AREs) containing environmentally relevant concentrations of key components to systematically dissect the regulatory roles of distinct root-exuded fractions in laccase-induced estrogen conversion. Compared to the ARE-deficient group, phenolic and amino acids in AREs collectively suppressed laccase-induced estrogen self-polymerization. Notably, phenolic acids exerted a distinct, complementary effect by mediating radical-controlled C-C and C-O-C co-polymerization between estrogen molecules and ARE components, resulting in robust precipitation of co-polymeric products. These precipitation co-polymers were assembled from moieties containing phenolic -OH, -COOH, and aryl functional moieties, exhibiting high structural complexity, morphological diversity, and dense packing that endow them with unique physicochemical properties. Furthermore, we selected maize (Zea mays L.) as a model crop and experimentally demonstrated that laccase reduced the estrogen pollution risks in maize seedlings by catalyzing rapid pollutant polymerization in the rhizosphere solution, effectively blocking root uptake and subsequent translocation to above-ground shoot tissues. Relative to the laccase-free group, laccase treatment significantly reduced E2 levels in maize roots and shoots by 59.26% and 54.78%, respectively, following 5-day exposure to 20 μmol·L⁻¹ E2. These findings offer a robust enzyme-induced polymerization way for mitigating estrogen pollution in agroecosystems, with critical implications for ensuring crop safety and agricultural sustainability.
PMID:42217488 | DOI:10.1016/j.ecoenv.2026.120322
... circular economy approach. The Advanced Design California Studio will serve as the automaker's West Coast hub for future concept vehicles and ...
The concept of the circular economy has become a major driving force behind the growth of second-hand furniture. Instead of discarding furniture after ...
This two-day event will focus on Circular Economy as a strategic lever for sustainable territorial development, connecting environmental ...
... circular economy models, including the recycling of textile by-products and discarded clothing into new products, as part of the country's broader ...
Building a Circular Economy: Removing Steps from the System · Intelligent Global Pooling Systems (iGPS) · Every additional step is a chance for a ...
... circular economy, bio-innovations, green hydrogen, and responsible chemistry. Total R&D expenditure for FY 2025-26 stood at Rs 4,682 crore ...
"We applaud Congresswoman Miller-Meeks' leadership on this important issue, which will help advance a circular economy and bolster American paper ...
These dimensions cover pollution, water and oceans, biodiversity and the circular economy. The scoring framework evaluates the maturity of ...