MSU-led team is creating 'living' materials that sequester carbon
Microbes at work: This microscope image shows a close-up of biomaterials made by microbes. //Jinxing Li, Michigan State University
November 16, 2023
BY Michigan State University, Matt Davenport
Advertisement
Advertisement
Related Stories
Mazda successfully demonstrated onboard CO₂ capture and storage during the Super Taikyu Series 2026, capturing 804 grams of CO₂ over a 24-hour race. The achievement marks a significant step toward practical application of the technology and Mazda’s goal of realizing carbon-negative mobility by 2035.
A new Carbon Direct report found that lengthy power grid interconnection delays in PJM and ERCOT could slow data center growth as electricity demand surges. The analysis showed most queued energy projects may never become operational, while approval timelines far exceed federal targets.
Brazil’s regulatory framework for carbon capture, utilization and storage is emerging as a critical component of the country’s strategy to decarbonize heavy industry. As global emissions continue to rise and natural sequestration processes prove insufficient, Brazil is developing a policy and regulatory approach aimed at addressing emissions from hard-to-abate sectors while maintaining industrial competitiveness.
Digital measurement and integrated data systems are shaping the success of CCUS projects by improving emissions visibility, reducing risk and enabling more confident design, operation and investment decisions.
Class VI wells are the regulatory and engineering backbone of large-scale carbon capture and storage (CCS) projects in the United States. As deployment accelerates, the ability to inject and permanently contain CO2 in deep saline formations has become central to project feasibility, regulatory approval and long-term performance.
Upcoming Events
@ Copyright 2026 - BBI International - All rights reserved.