Published by Todd Bush on December 29, 2022
Not all CO2 is created equal. Power generation, cement production, steel processes, natural gas processing, and other industrial processes produce different concentration and quality of CO2.
The level of concentration and purity play an important role in the cost of the capture phase for CCUS.
Furthermore, capturing and storing CO2 isn't cost-effective without tax incentives!
>> In Other News: AIT Worldwide Logistics Signs The Climate Pledge
Storing CO2 underground requires injection well permits.
To operate your CCUS facility, one of the relevant permissions you need to obtain is an environmental permit from the EPA or a state that has primacy over Class VI wells. There are only two right now from the EPA.
The permit depends on the type and scale of the carbon capture activity, the scale of activity from which the carbon is being captured, and the geologic location where CO2 is sequestered.
The underground sequestration of CO2 requires a Class VI permit.
Class VI wells are used to inject CO2 into deep rock formations. And it requires significantly more technical support and collaborative engagement with the regulators than a Class II permit.
Class VI injection wells are regulated by Federal Requirements under the Underground Injection Control (UIC), the Carbon Dioxide (CO2) Program, Geologic Sequestration (GS), the Environmental Protection Agency's (EPA) Wells: Final Rule, and 40 CFR (2010).
The 1200 pages long EPA federal rule requires:
Furthermore, baseline geochemical data of various subsurface formations and information on the compatibility of CO2 with fluids in the injection zone and minerals in both the injection and confining zones are required.
The Class VI permit requires a substantial amount of work and time. It is taking approximately 24 months to be approved for a Class VI permit. That is why only a couple of these have been completed to date.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 🏭 Shell To Build Carbon Capture And Storage Projects In Canada 🧪 Vortex Energy Highlights 2025 Technical Milestones Across Project Portfolio And Announces Adjournment Of AGM To F...
Inside This Issue ⚓ CF Industries, Trafigura And TFG Marine Sign MOU To Advance Low-Carbon Ammonia For Maritime Decarbonisation 🌽 EPA Expects to Finalize 2026-27 Biofuel Blending Rules in Q1 2026 ...
Inside This Issue 🌱 Indigo to Sell 2.85 Million Tonnes of Carbon Removal to Microsoft, Supporting Soil Health Through Regenerative Agriculture 🏛️ Legislation Would Give Parishes Control Over Carbo...
Brossard, Quebec, January 22, 2026 – TheNewswire - CHARBONE CORPORATION (TSXV: CH; OTCQB: CHHYF; FSE: K47) (“CHARBONE” or the “Company”), a North American producer and distributor specializing in c...
BRUSSELS, BELGIUM, January 22, 2026 / -- Methanol-to-Jet (MtJ) could become a major contributor to sustainable aviation fuel (SAF), according to a new report Methanol-to-Jet SAF: Policy, Technoecon...
The Gevo North Dakota site is believed to be the largest producer of engineered carbon removal credits and the only ethanol carbon capture and storage project issuing Puro.earth-certified certifica...
Chehalis Port Delays Hydrogen Production And Refueling Hub, With Start Now Planned For Spring 2026
Large-scale energy projects are simple to plan on paper, but when it comes to executing them, they are very complex and require great attention to detail. The latest project to be delayed is the Ch...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.