A good review of bonded amine chemistry for carbon dioxide capture. Degradation of bonded amines, and especially impregnated amines (TEPA) can be a significant issue. The bigger issue is scale. A 500 MW natural gas plant produces ~6,000 tons of CO2 per day. There is no way that an adsorption process can keep up with this. Shell's Cansolve amine based carbon capture process works really well, it's a bulk phase capture (absorbtion) that matches the flow rate and volume of CO2 produced.
It's amazing that supposed "scientists" are wasting time and money on carbon capture. Hopefully, you get the opportunity and motivation to ask Is CO2 a problem and why do I believe that CO2 is bad. The data is available for the initiated...
Thanks for such a wonderful piece of information on CO2 capture!!!!
Thanks a lot 🙏
A good review of bonded amine chemistry for carbon dioxide capture. Degradation of bonded amines, and especially impregnated amines (TEPA) can be a significant issue. The bigger issue is scale. A 500 MW natural gas plant produces ~6,000 tons of CO2 per day. There is no way that an adsorption process can keep up with this. Shell's Cansolve amine based carbon capture process works really well, it's a bulk phase capture (absorbtion) that matches the flow rate and volume of CO2 produced.
It's amazing that supposed "scientists" are wasting time and money on carbon capture. Hopefully, you get the opportunity and motivation to ask Is CO2 a problem and why do I believe that CO2 is bad. The data is available for the initiated...
Have been wondering about the same thing