
Photo: University of Houston
September 3, 2025
BY Johnathan Adams, University of Houston
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Aarhus University researchers have developed a method to convert discarded nitrile rubber gloves into a reusable material that captures carbon dioxide from flue gas, offering a potential solution for both waste management and industrial emissions.
A new Nature Sustainability study from UConn researcher Mojtaba Fakhraee argues that restoring blue carbon ecosystems alongside coral reefs can improve carbon sequestration, boost reef recovery and strengthen coastal resilience. The study proposes a framework for pairing the ecosystems and suggests carbon‑credit funding could help scale restoration projects amid declining federal support.
Foxconn and Pace CCS have launched a partnership to advance carbon capture and storage (CCS) technology by combining Foxconn’s precision manufacturing expertise with Pace CCS’s specialized design knowledge. The collaboration includes a new laboratory to test a chemical scavenger, already used in other industries, aimed at preventing corrosive reactions in CO₂ streams that can damage CCS infrastructure. Carbon capture is critical to achieving net-zero emissions, with global demand estimated at eight billion metric tons of CO₂ annually, requiring trillions of dollars in investment. Corrosion, erosion, and clogging caused by chemical reactions in CO₂ streams, including the formation of sulfuric and nitric acids, remain key technical challenges for the sector. Matthew Healey, managing director of Pace CCS, said the solution could turn a major technical challenge into a manageable operational expense, accelerating CCS deployment worldwide. Foxconn Chief Environment Officer Ron R. T. Horng added that the collaboration demonstrates how cross-industry partnerships can drive meaningful progress against climate change.
The Alaska Department of Natural Resources has launched a statewide CCUS information hub designed to support industry, researchers and the public with centralized geological, technical and regulatory data. The online platform consolidates decades of information to inform carbon capture, utilization and storage project development across Alaska.
Mercer Peace River Pulp and Svante have begun operating a CO₂ capture demonstration unit at a pulp mill in northern Alberta to evaluate solid sorbent carbon capture technology on biogenic emissions. The six-month pilot is intended to inform future engineering decisions and potential commercial-scale deployment in the pulp and paper industry.