Sustenol TM
SustenolTM is a patented water-lean mixed amine solvent for CO2 capture from point source and industrial flue gas streams. It has been extensively tested at bench-scale and pilot-scale.
Sustenol is backed and vetted by industry leaders
Stirred Tank Screening Reactor
Scale : 1 kg CO2/day
Proof of concept testing of solvent for key parameters such as working capacity, absorption rate, and vapor pressure.
Start of DOE-FE-0032216 project
Received $1M to develop a novel solvent, Sustenol™, with a 40% reduction in CO2 capture cost relative to the state-of-the-art technologies.
Semi-batch bench scale absorption column
Scale : 15 kg CO2/day
Confirmation of solvent performance under realistic process conditions and formulation optimization.
Pilot scale continuous solvent based CO2 capture system at PDEU
Scale : 350 kg CO2/day
External validation of solvent performance at higher scale in more commercial relevant system
Start of DOE-FE-0032461 project
Received $6 M to further develop Sustenol™ to be run at a 5 tonne CO2/day scale at NCCC
Sustenol™ Patent 18/443,242 Notice of Allowance granted.
Susteon’s continuous solvent based CO2 capture pilot
Scale : 40 kg CO2/day
Long term testing of Sustenol™ in a commercially relevant system to identify optimal process conditions and investigate degradation when exposed to NOx and SOx
Sustenol™ emissions as well as thermal and oxidative degradation tested at SINTEF
Received $6 M to further develop Sustenol™ to be run at a 5 tonne CO2/day scale at NCCC
1000 hours of continuous testing to be done in Susteon’s in house continuous pilot
National Carbon Capture Center pilot scale solvent test unit
Scale : 5 tonne CO2/day
10,000 liters of solvent will be used to capture CO2 from flue gas via a 0.5 MW NGCC power plant to demonstrate viability at a pre-commercial scale.
Validated from lab to engineering scale
Built from decades of expertise in solvents, gas and carbon management
Dr. Aravind R. Rabindran
20+ years of experience in solvent development
Dr. Jim Zhou
30+ years of experience in gas processing
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