CO2 Capturing System

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Best Engineered Solution

Solid Adsorbent based technology

Certified company

Summits Hygronics an ISO:9001 / ISO 14001/ ISO 45001 / ISO13485 company offers a complete range of products and solutions for CO2 Capturing Systems

Mission

Summits takes up a mission in developing Carbon Dioxide Capturing Systems along with CSIR-CECRI for many industrial applications

Our Proprietary Technology

  • A truly unique and innovative approach to remove CO₂ emissions in an energy efficient way using our low-cost swing adsorption technology
  • Our proprietary carbon capture process uses a series of adsorption and desorption vessels/chambers to capture the CO₂
  • This process can be applied on emissions from various sources, from gas, coal, cement, refineries, steel plants, waste-to-energy, process industries, biogas upgradation and even direct air capture
  • Flue gas emissions from the point source can be directly fed into our system at the same pressure and temperature, and the CO₂ gas will be captured and stored in a safe manner
  • A truly plug and play modular design that translates to next to no human interaction

Process Flow Diagram

Our Strength

Summits Hygronics Private Limited and Central Electrochemical Research Institute (CSIR-CECRI) have entered into a technology transfer partnership agreement on 17th June 2022 to manufacture and install CO2 capturing plants for various Industrial applications.

5+ years of screening and testing different adsorbents and optimizing the reactors for cyclic capture and release of CO2

27+ years of experience in pressure swing adsorption (PSA) technology and gas generation plants


1000+ cycles completed with CO2 : N2 mixtures as feed


200+ cycles completed with biogas obtained from biogas generator and flue gas obtained from burning coal


Optimized energy cost for economic capture of CO2 in scale up to 20,000 tons/year

Key Benefits

Our process is not affected by the moisture content of the flue gas

Our process has a wide working range. For example, it can work in high temperatures and low pressure

Gaseous phase process, and hence no process water is needed

No replenishment of corrosive solvents


Single heating step of ΔT = 10 to 15 ֯deg compared to heat-cool-heat steps for amine process

Lower CAPEX compared to commercially available processes

Optimised OPEX compared to commercially available processes