Your Daily Carbon Capture Briefing
Direct air capture, carbon credits, sequestration technology, and the business of removing CO₂. Get the latest carbon capture developments delivered to your inbox every morning. AI-powered, personalized, and grounded in real sources.
New Membrane Technology and Modular Systems Emerge
Researchers at Tianjin University have developed a novel all-organic mixed-matrix membrane, published in Nature Energy on October 7, offering a more efficient and scalable approach to industrial carbon capture with high separation performance. This innovation addresses challenges in separating CO2 from industrial flue gas.
University of Houston researchers engineered a modular carbon capture system, designed to fit within shipping containers, for power plants serving data centers. This is crucial as data centers' U.S. electricity consumption is projected to rise from 4.4% in 2023 to 12% by 2028, highlighting a growing need for scalable emissions control.
The Bottom Line
Recent developments showcase significant technological advancements in carbon capture, from new membrane designs to modular systems for emerging sectors like data centers, alongside the continued build-out of major storage infrastructure.
Get Carbon Capture in your inbox every morning
Join readers who start their day with an AI-powered briefing on carbon capture and the topics they care about most — fully sourced and ready in 5 minutes.
Start your free trial7-day free trial · No credit card required
Related Briefings
Climate Change
Global warming data, climate policy, extreme weather events, and the transition to clean energy.
Renewable Energy
Solar, wind, battery storage, grid modernization, and the clean energy transition.
Nuclear Energy
Reactor technology, SMRs, nuclear policy, waste management, and the nuclear renaissance.
Pick your topics
Carbon Capture, plus anything else you follow
We research overnight
AI synthesizes real-time sources while you sleep
Read in 5 minutes
Cited, structured, no fluff — in your inbox every morning