Carbon Capturing
Reducing the intense energy consumption of absorption systems
In the ongoing energy transition, carbon capture and sequestration allows for impactful reduction of CO2 emissions.
QHT integration in carbon capturing operations
The upcoming decade will be the decade of carbon capture and the massive deployment of operational applications.
In accordance with your needs we can configure a centralized QHT system that perfectly fits your carbon capture plant.
We achieve this by using the following building blocks.
Desorber Overhead Condenser
Separate pure CO2 from other vapours by condensing inside the QHT unit and get OPEX-free and CO2-neutral steam in return.
Pre-Absorber Gas Cooler
The colder the gas stream, the more efficient the compressor and absorber. QHT can cool down the CO2-rich gas stream (if T > 150 °C) before entering the absorber and give OPEX-free and CO2-neutral steam in return.
Lean Solvent Subcooler
The colder the lean solvent, the more efficient the absorber operates. The QHT unit can cool the lean solvent down to 80 °C before it enters the absorber and give OPEX-free and CO2-neutral steam in return.
Why QHT tech is the solution to reduce waste heat in the carbon capturing industry.
On a mission to Net Zero
Available now
Low cost and high returns
Our team has extensive experience with energy balances, and with identifying opportunities for turning residual industrial heat into energy.
Repurpose waste to gain
Our team has extensive experience with energy balances, and with identifying opportunities for turning residual industrial heat into energy.