OGCI’s latest report explores how naturally reactive rock formations can be used for permanent CO₂ mineralization, potentially expanding global storage capacity and offering new pathways for CCUS where conventional storage sites are scarce.
NextChem is partnering with Uzkimyosanoat in Uzbekistan to conduct a feasibility study and advance a carbon-capture and storage project using its proprietary NX Decarb™ technology.
Pacific Harbor Line, the rail operator serving the Ports of Long Beach and Los Angeles, has partnered with Remora, a Michigan-based startup, to develop mobile carbon-capture systems for freight locomotives, capturing CO₂ from exhaust and converting it into liquid for commercial use.
Mid America Agri Products’ ethanol facility in Madrid, Nebraska, has begun sending captured CO₂ through Tallgrass’s Trailblazer pipeline for permanent underground storage in Wyoming, marking the site’s first shipment.
Honeywell’s advanced carbon-capture technology will be deployed at a project led by Wabash Valley Resources (WVR) to convert a former gasification power plant facility in West Terre Haute, Indiana, into a low-carbon ammonia-fertilizer hub.
North Dakota has turned its oil-and-gas-era regulatory strength into a competitive edge for carbon-capture permitting, positioning itself as a national leader in accelerating large-scale CCS deployment. The streamlined permit process has given the state an advantage in developing carbon-storage infrastructure ahead of many peers.
Despite shifting U.S. energy priorities, the voluntary carbon market strengthened in Q3 2025 with record trading volumes, diverse removal methods, and a surge of first-time corporate buyers. Microsoft’s landmark biomass deal with Vaulted Deep, alongside continued BECCS growth, signaled deepening confidence in engineered carbon removals as scalable climate solutions.
45Q and the One Big Beautiful Bill Act
How WACCE Technology Redefines CO2 Capture Economics
Embarking on a carbon capture, utilization and storage (CCUS) project is a significant step toward environmental stewardship and regulatory compliance.
SCS Engineers, in collaboration with the U.S. Environmental Protection Agency, stands on the verge of a groundbreaking Class VI well permit approval—driven by an innovative computational modeling approach that redefines how critical pressures are calculated.
Across the carbon management landscape, the conversation is shifting from possibility to proof. This issue captures that evolution. Rather than debating whether carbon capture and utilization can scale, our contributors examine how it is being engineered, financed and legislated into reality.
The Case for Betting on Energy’s Underestimated Sectors. With headlines dominated by promises of artificial intelligence (AI), quantum computing and the relentless rise in data center energy needs, it can be easy to fall prey to salience bias, or the tendency to overvalue what is most visible and novel.
Understanding Remote Sensing and the Future of Forest Credits
GE Vernova Inc. and YTLPowerSeraya Pte Limited announced the collaboration of the two companies on a feasibility study to analyze the lowering of carbon emissions of YTLPS’ H-Class Combined Cycle Gas Turbine plant on Jurong Island, Singapore.
BASF and ANDRITZ Group have signed a license agreement for the use of BASF’s proprietary gas treatment technology, OASE blue, in a carbon capture project planned to be implemented in the city of Aarhus, Denmark. The project aims to capture approximately 435,000 tons of CO2 annually from the flue gases of a waste-to-energy plant for sequestration; the city of Aarhus has set itself the goal of becoming CO2-neutral by 2030.
Google announced the first major PPA for electricity produced from natural gas with CCS. The power will come from the Broadwing Energy plant in Decatur, IL. Google will purchase most of the electricity produced by the 400-megawatt plant to power its data centers connected to the same regional grid. Since the plant’s gas-fired turbine is equipped with CCS, it will emit less than 10% as much CO2 as conventional natural gas-fired power.
Mitsui Energy Development Co., Ltd. (MOECO), has joined a Carbon Capture and Storage (CCS) project at the Arthit gas field in the Gulf of Thailand, operated by Thailand's PTT Exploration and Production Public Company Limited. MOECO participates in the project via its subsidiary MOECO Thailand Co., Ltd., which holds a 4.7619% share in the CCS project. This project, the first CCS initiative in Thailand, aims to begin operations in 2028.
U.S. Environmental Protection Agency (EPA) issued three final Underground Injection Control Class VI permits to ExxonMobil for a project in Jefferson County, Texas. Under the Safe Drinking Water Act, these permits allow ExxonMobil to convert three existing test wells permitted by the state to carbon dioxide storage injection wells for long-term storage.
Puro.earth, the leading crediting platform for Carbon Dioxide Removal (CDR), announced the integration of CCS+ Initiative’s CDR methodology framework including CO2 capture from Bioenergy and Direct Air Capture with Carbon Capture and Storage into its certification and issuance framework.
The Ole Miss AIChE team has built a 1-cubic-foot device this fall that is designed to capture carbon dioxide from the air. Their concept made it through an initial round of judging in the spring, and they plan to take it to the ChemECube competition, set for Nov. 2-3 at the annual AIChE student conference in Boston.
California Resources Corporation hosted a groundbreaking ceremony for Carbon TerraVault I (CTV I), the Golden State's first carbon capture and storage project, developed to reduce emissions and support the state’s path to carbon neutrality by 2045.
Carbon Direct, a global leader in science-driven carbon management, in collaboration with JPMorganChase, unveiled a new white paper: Optimizing for Biodiversity with Nature-Based Projects in the Voluntary Carbon Market: Principles for Pursuing Dual Outcomes. This guide offers organizations a data-driven blueprint for identifying and designing nature-based voluntary carbon market (VCM) projects that deliver both carbon and biodiversity outcomes.
Veolia is partnering with Le Mans Métropole to launch the first phase of its comprehensive carbon capture and valorization program. This pioneering industrial-scale project will take place at Le Mans’ waste-to-energy facility — operated by Veolia for 50 years and a leader in innovation. The industrial demonstration unit will be operational in 2026, processing up to 10 tons of CO2 per day with a 90% capture rate.
The International Energy Agency reports that agriculture contributes roughly 24% of global greenhouse gas emissions, driven by fertilizer use and residue burning. SunnyDay Renewables aims to counter this through its $30 million biochar production facility in Wellington, Florida, which will convert agricultural waste into a carbon-rich soil amendment capable of sequestering over 75,000 tons of CO₂ annually.
Aker Solutions has signed a memorandum of understanding with Swedish-based climate-tech company, Nordbex to develop a portfolio of future bioenergy with carbon capture, use and storage plants across Europe.
California’s new SB 614 strengthens the state’s carbon capture and storage efforts by setting safety standards for CO₂ pipelines, building on previous legislation to support climate innovation and clean energy investment
Deep Sky has selected Manitoba as the location, in Southwestern Manitoba, for its next commercial carbon removal facility, Deep Sky Manitoba.
After operating successfully for two years, the pioneering carbon capture project at NTPC has reached a major milestone when CO2 captured from flue gas using Carbon Clean’s CaptureX semi-modular technology was used to produce the first drop of methanol.
Findings from the Global CCS Institute’s Global Status of CCS 2025 report underscores that Carbon Capture has strongly advanced despite global headwinds, with operational projects increasing 54%.
Advertisement
@ Copyright 2026 - BBI International - All rights reserved.