Liquid Solvent Direct Air Capture | Technical Deep Dive

[@MWENDA-vv5im]

Great explanation.

[@lionelhribeiro]

Really well done. I am familiar with many of the DAC technologies, and I was impressed with the quality and simplicity of your explanations and learned some interesting nuances. Both this video for solvent-based DAC and the one you did on sorbent-based DAC capture the essence of it. Great job explaining engineering processes in simple terms to democratize the tech! And curious to see more as you might deep-dive on electro-chemical methods as well in the near future?

[@ItsBloodyScience]

Love the channel. Could you do a video on the Verdox technique too? Is that the third main method of DAC?

[@ikirigin]

It's important to put numbers in perspective. The US emits 5B tons CO2 and generates 15000PJ of electricity. ~11GJ/tCO2 means DAC of that CO2 requires 3.6X the electric energy currently used.

[@SussyBacca]

Thanks for calculating. ❤

[@fintanparsons9741]

This is great

[@hichemichou7210]

Could you please specfic the temperature needed to activate the reaction between CO2 and KOH ? and the pressure also? My second question is: if we have a gas steam contains 90% of CO2 and 10% of CO, is this technique still suitable to separate them, or it's too costly in energy ? thank you in advance for your answer.

[@mjkeith8748]

Two key questions: 1) So the need for 8.2 Mt/year of water seems concerning, no? 2) Are you familiar how Global Thermostat goes about capturing CO2? They make it sound like their approach is ahead of the pack.

[@nemock]

What's the URL For the paper you're referring to?

[@Radhe-Govind]

Thanks it helped

[@danicule8671]

Where are your fkn references kido?