Decarb Technologies Corp. has developed a unique proprietary and patented process for capturing CO₂ from post-combustion processes — safer, more efficient, and at lower cost than existing technology.
CO₂ Capture Rate
Less Energy Used
Less Solvent Required
A patented CO₂ capture process that outperforms conventional systems by capturing 90%+ of CO₂ while dramatically reducing energy use and solvent requirements.
Active and enforceable patents across the United States, Canada, Japan, South Korea, Europe, and Australia — with applications pending across additional markets.
Custom-engineered, build-to-order CO₂ capture systems designed and manufactured to the exact specifications of each client's industrial process and site conditions.
Decarb Technologies Corp. is a US-based company incorporated in Delaware, dedicated to the development and operation of patented systems that capture, store, and/or repurpose captured CO₂. R&D operations are maintained in Orange, CA with offices in Toronto, ON and Delray Beach, FL.
Founded by engineers and MBAs from the India Institute of Technology (IIT), Thunderbird School of Global Management, and the University of Sussex, the team brings decades of experience commercializing renewable energy technologies including solar, battery storage, and hydrogen.
Since piloting our first in-situ CO₂ capture system at a landfill gas site in Newport Beach, CA in 2017, we have maintained a passionate resolve to develop safe, energy-efficient CO₂ capture systems that remove 90%+ of CO₂ from industrial emitters.
Successfully piloted the first iteration of the in-situ CO₂ capture system at a landfill gas site in Newport Beach, CA — achieving 94% capture.
Decarb's patented CO₂ solvent consistently captures 90%+ of CO₂ from landfill gases, expected to replicate across industrial sites.
Active patents enforceable in the USA, Canada, Japan, South Korea, Europe, and Australia — with further applications pending globally.
System operating costs reduced by more than 30% compared to existing technology and processes — making decarbonization economically viable.
A US-based company dedicated to the development and operation of patented systems that capture, store, and repurpose CO₂ from post-combustion industrial processes.
Following a decade-plus of developing and commercializing patented technologies within the renewable energy industry — covering solar, battery storage, and hydrogen — Decarb's co-founders recognized the tremendous need to develop and commercialize a post-combustion CO₂ system that captures CO₂ in-situ safely, efficiently, and at the lowest cost possible.
In 2017, Decarb's founders piloted the first iteration of the in-situ CO₂ capture system at a landfill gas site in Newport Beach, CA. While the first system captured 94% of CO₂ emissions, some modifications were needed to improve operational cost and efficiency across different flue gases with varying CO₂ concentrations.
Since 2017, ownership and management of Decarb Technologies has maintained its passionate resolve to develop safe, effective, energy-efficient, and cost-sustainable CO₂ capture systems that can remove 90%+ of CO₂ emissions from industrial emitters.
Decarb's co-founders and management team include a unique collection of mechanical engineers, chemical engineers, and MBAs from the likes of the India Institute of Technology (IIT), Thunderbird School of Global Management, and the University of Sussex.
Each person maintains a passionate resolve to usher in and steward the development of a low to no CO₂ economy in North America and beyond — to decrease the increasingly significant impacts of the growing climate crisis that is altering the quality and safety of life today and for future generations.
Decarb Technologies Solvent is patented and the unique process is patent pending. Decarb's patents are active and enforceable across multiple major global jurisdictions.
A proprietary patented process for capturing CO₂ from post-combustion processes — and even from ambient air — with dramatically lower energy use and operating costs than conventional systems.
Decarb's patented CO₂ solvent captures 90%+ of CO₂ from landfill gases — expected to be replicated at industrial production sites versus the typical 60%–75% from competing systems.
Decarb's system leverages a patented operational process that harnesses the workflow of a disruptive design — reducing the energy required to capture CO₂ by 30%–45% versus existing systems.
Decarb's system requires 25% less chemical solvent to operate and capture CO₂ than most in-situ chemical solvent-based CO₂ capture systems — lowering both cost and environmental footprint.
A number of methods are available for removal of acid gases including CO₂ from product gas streams — including chemical solvents, physical solvents, membranes, and cryogenic fractionation.
Chemical absorption with amines is one CO₂ capture technology actively explored because they can increase the solubility of CO₂. Decarb has developed a new class of solvents that combines the high absorption capacity of alkanolamines with the low energy regeneration capability of physical solvents.
The system employs sterically hindered amines attached to a water-soluble polymer backbone — this improves purity of the released stream and reduces energy requirements by up to 20% compared to conventional amine-based systems.
The unique process and solvent decreases energy consumption by about 40% and system operating costs by more than 30% compared to existing technology.
Decarb manufactures its CO₂ capture systems to the specifications of each customer's needs. Prior to processing each order, Decarb's engineering team completes a detailed site audit of the manufacturing process, thermal chain, and workflow of each client site. Once specifications, design, load testing, and stress testing are agreed upon, each system enters the manufacturing phase — followed by delivery, installation, and commissioning at the client site.
Decarb's engineering team completes a detailed audit of the client's manufacturing process, thermal chain, and workflow to understand exact system requirements.
A proposed CO₂ capture system is designed during the detailed engineering phase — tailored to the specific load, efficiency, and site specifications agreed with the client.
Once design is finalized and load and stress testing complete, the system enters the manufacturing phase — built to specification for the client's exact application.
The completed system ships to the client's site and is installed by an approved system integrator. Commissioning is agreed on a project-by-project basis.
Cutting-edge CO₂ capture solutions utilizing a disruptive patented chemical solvent and innovative processes — helping industries and organizations mitigate their environmental impact and contribute to a more sustainable future.
We are proud to offer cutting-edge solutions for CO₂ capture utilizing a disruptive patented chemical solvent and innovative processes for both capturing and regenerating CO₂. Decarb's technology represents a significant advancement in carbon capture — providing efficient and effective solutions for reducing greenhouse gas emissions.
Custom-engineered systems that capture CO₂ directly from industrial flue gas streams following combustion — applicable to power generation, manufacturing, cement, steel, and more.
Proven at pilot scale on landfill gas sites, Decarb's system efficiently removes CO₂ from complex gas streams with variable concentrations and compositions.
Beyond capture, Decarb's systems are designed with downstream CO₂ utilization in mind — supporting storage, sequestration, or conversion to valuable by-products.
Decarb's CO₂ capture systems are applicable to a wide range of industrial emitters, including:
The latest developments and breakthroughs in CO₂ capture technology, carbon markets, and industrial decarbonization.
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Delaware, USA (Incorporated)
Orange, California, USA
Toronto, Ontario, Canada
647-xxx-xxxx