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Global Carbon Capture Materials Market Projected to Reach $9.6 Billion by 2036 Amidst Policy Incentives

Global Carbon Capture Materials Market Projected to Reach $9.6 Billion by 2036 Amidst Policy Incentives

Global Carbon Capture Materials Market Projected to Reach $9.6 Billion by 2036 Amidst Policy Incentives

New Study Reveals PVC Waste Recycling's Potential to Significantly Reduce China's Carbon Footprint by 2050

New Study Reveals PVC Waste Recycling's Potential to Significantly Reduce China's Carbon Footprint by 2050

A new modeling study indicates that recycling polyvinyl chloride (PVC) waste in China could substantially decrease the nation's environmental footprint by 2050. Researchers developed an integrated material flow analysis and life cycle assessment for all 31 mainland provinces, tracking PVC waste from five sources: construction, household, industrial, agricultural, and medical. The study projects China's PVC waste to increase from 11.51 million tonnes in 2020 to 20.59 million tonnes by 2050. Mechanical recycling is identified as having the lowest environmental footprint among treatment options, while chemical recycling becomes more competitive as China's power grid decarbonizes. Construction waste accounts for the largest portion of PVC waste at 51.70%, followed by household waste at 25.83%. The study highlights that improved recycling rates, particularly for construction and household PVC waste, could lead to a 77.53% reduction in mismanaged PVC waste and a 778.61% increase in regenerated resources by 2050....

Reju Expands U.S. Textile Network with Swisstex Direct Collaboration to Advance Regenerated Polyester

Reju Expands U.S. Textile Network with Swisstex Direct Collaboration to Advance Regenerated Polyester

Reju Expands U.S. Textile Network with Swisstex Direct Collaboration to Advance Regenerated Polyester

Professor Carson Meredith Joins UT Faculty to Advance Bio-Based Polymer Research for Sustainable Packaging

Professor Carson Meredith Joins UT Faculty to Advance Bio-Based Polymer Research for Sustainable Packaging

Professor Carson Meredith has joined the faculty at the University of Tennessee, Knoxville (UT) as the department head of the Department of Chemical and Biomolecular Engineering. Meredith's research focuses on developing bio-based polymer materials from robust, resilient, and efficient sources to create sustainable alternatives to petroleum-based plastics used in packaging. His work aims to find materials that are domestically produced and abundant, particularly focusing on forest and agriculture byproducts prevalent in Tennessee and the Southeast. Meredith's goal is to derive highly functional packaging from plants that can protect against gases like oxygen, offering better end-of-life options for packaging materials. He previously pioneered the use of chitin and cellulose to derive alternative packaging materials at Georgia Tech, and his current research at UT will include working with miscanthus grass, a woody perennial grass native to Asia, as part of the BRIDGES Engine initiative.

Penn State Study Explores Recycled Plastic in Asphalt for Road Construction

Penn State Study Explores Recycled Plastic in Asphalt for Road Construction

A Penn State-led study has investigated the use of recycled plastic in asphalt for road construction, testing its performance under simulated traffic and moisture conditions. The research, published in the Journal of Cleaner Production (2026), found that asphalt made with recycled plastic demonstrated improved structural integrity compared to conventional asphalt in laboratory settings. Additionally, the study observed lower measured levels of plastic-like particles in the recycled plastic asphalt. This early research suggests a potential new application for discarded plastic, aiming to transform waste into a useful component for infrastructure. While initial findings are promising, researchers emphasize the need for further investigation into how this material performs on actual roads over extended periods.

BloombergNEF Reports Data Center Demand Driving US Clean Power Growth Amid Policy Challenges

BloombergNEF Reports Data Center Demand Driving US Clean Power Growth Amid Policy Challenges

BloombergNEF (BNEF) reports that surging electricity demand from data centers is significantly reshaping the U.S. power market, acting as a key driver for record clean energy additions. BNEF projects the U.S. will add over 1 terawatt of solar, wind, and energy storage capacity between 2026 and 2036, more than doubling the cumulative capacity from the end of 2025. This growth is primarily fueled by data center electricity demand, with total installed data center capacity in the U.S. expected to reach 194 gigawatts by 2035, up from 47 gigawatts in 2025. While federal tax credits underpin a large pipeline of wind and solar projects, equipment bans, sourcing rules for tax credits, and other policy barriers are increasing project costs and complexity. Despite the push for clean energy, on-site natural gas power remains a lower-cost and dispatchable option for data centers, indicating that not all new electricity demand will be met by renewables.

Massachusetts Cities and Towns Receive Support for Clean Energy Initiatives

Massachusetts Cities and Towns Receive Support for Clean Energy Initiatives

Clean Energy Extension (CEE) is actively providing support to cities and towns across Massachusetts for various clean energy planning and implementation efforts. This support includes technical assistance and information on technologies such as solar PV, battery storage, offshore wind, clean heating and cooling, and electric vehicles. CEE also helps municipalities access state and federal funding programs. Specific services include customer support for MassEnergyInsight, a web-based tool for monitoring energy use, and assistance with community-wide greenhouse gas inventories. The organization also offers a solar planning toolkit to help communities proactively plan for solar PV development, including guidance on permitting, financing, and aligning municipal bylaws. Additionally, CEE encourages municipalities to recommend or require pollinator-friendly certification for solar facilities.

Arc Commences Battery-Electric Conversion of Long Beach Harbor Tug with Port Funding

Arc Commences Battery-Electric Conversion of Long Beach Harbor Tug with Port Funding

Arc, a marine technology company, has initiated the engineering phase for converting the 'Harbor Sentinel,' a 50-foot harbor tug owned by Pacific Maritime Group (PMG), to battery-electric power. This project is supported by funding from the Port of Long Beach's Technology Advancement Program (TAP) and SWIFT Program, along with a Volkswagen Environmental Mitigation Trust grant. The conversion involves replacing the tug's twin diesel engines with an Arc electric powertrain, which will include a 2 MWh battery bank, electric motors, and a DC fast-charge inlet. Naval architecture firm Glosten is leading the vessel engineering, adapting the tug to meet U.S. Coast Guard Subchapter M requirements. PMG will undertake the physical modifications, including widening the vessel and constructing a new deck and pilothouse. Following commissioning, the 'Harbor Sentinel' will undergo a 12-month demonstration period from PMG’s Long Beach terminal, during which Arc will collect performance data and report to the Port.

Newport Resident Advocates for Local Moratorium on New Gas Hookups to Combat Climate Change

Newport Resident Advocates for Local Moratorium on New Gas Hookups to Combat Climate Change

A Newport resident, W. Bart Lloyd, is advocating for a moratorium on new gas hookups in the city as a crucial first step to address climate change. Lloyd highlights that while efforts to preserve architectural heritage from rising sea levels are commendable, they primarily address the symptoms of climate change rather than its root cause: the use of fossil fuels. He points out that other countries, including Canada, Europe, Brazil, and Australia, are making significant progress in cutting their carbon footprints. In contrast, a proposal for a moratorium in Newport faced strong opposition at the city council, with one councilor suggesting its outright rejection. Lloyd notes that councilors who merely proposed studying the moratorium issue were unfairly criticized during the recent election season. He emphasizes the need for the city to stop contributing to the causes of climate change, suggesting that weaning off fossil fuels is a difficult but necessary undertaking.

Green IT Software Market Projected to Reach $49.35 Billion by 2031 Driven by ESG Reporting

Green IT Software Market Projected to Reach $49.35 Billion by 2031 Driven by ESG Reporting

Green IT Software Market Projected to Reach $49.35 Billion by 2031 Driven by ESG Reporting

Waste Management Leads North American Solid Waste and Recycling Services Market

Waste Management Leads North American Solid Waste and Recycling Services Market

Waste Management Leads North American Solid Waste and Recycling Services Market

University of Michigan and Michigan State Compete in 'Piss Off' Urine Collection Event for Fertilizer Production

University of Michigan and Michigan State Compete in 'Piss Off' Urine Collection Event for Fertilizer Production

The University of Michigan and Michigan State University are hosting a 'Piss Off' event in Ann Arbor this Saturday, coinciding with their annual rivalry football game. Wastewater research scientists from both institutions are competing to see which school can collect the most urine. Two yurts will be set up at the Ann Arbor Golf Club, across from the Big House, where volunteers will direct fans and tailgaters to contribute based on their university loyalties. The initiative, known as 'peecycling,' aims to collect urine for conversion into nutrient-rich fertilizer. According to Michigan State Associate Professor of Sociology Stephen Gasteyer, the event serves a dual purpose: to gather raw material for fertilizer production and to educate the public about the potential of urine as a natural nutrient source. The project is partly funded by a University Research Council Grant awarded to Gasteyer and Sociology Assistant Professor Saleh Amed.