If US President Elect Donald Trump does what he says-pulling his country out of international climate agreements and encouraging oil drilling wherever possible-then the world will enter a catastrophic downward spiral. Urgent measures will be desperately needed. Could Continuous Swing Adsorption Reactor Technology be the answer? According to Darren Orf of Popular Mechanics, yes it could. [1]
A Norwegian Institute called SINTEFF [2] has not only researched this intriguing double capture process to achieve new levels of efficiency, but is actually testing it on industrial plant. As every schoolchild knows it’s not enough to come up with new sources of clean power, like wind farms. It’s going to be vital to seize the carbon from all those dirty industries like cement, metal production and waste incineration. Well, the results look good. Get this:
Although CSAR performed well in laboratory settings, the technology needed to be tested in the wild. Over the summer, SINTEF worked with the BIR AS waste combustion plant outside Bergen, Norway………In a 100-hour-long test operation, the CSAR pilot demonstration captured the same amount of CO2 gas as it had in a laboratory setting. In total, this represents roughly 100 kilograms of CO2 per day…………..
How ironic that a small country like Norway should be right at the cutting edge of such vital design! Or is it really surprising? Back in the 1980s both Britain and Norway enjoyed a bonanza of money from North Sea Oil. Norway sensibly invested theirs in a state owned sovereign wealth fund. It led their tiny population to acritical economic mass, allowing them to develop projects like this. And Britain? They spent it all on tax cuts for City Brokers and Landowning Grandees. Not surprising at all, when you think about it.
with thanks to P Seymour
[1]https://www.popularmechanics.com/science/green-tech/a62855594/csar-cabon-capture-climate-change/
[2] https://www.sintef.no/en/sintef-research-areas/ccs_ccus/
#carbon capture #carbon storage #global warming #donald trump #runaway greenhouse effect
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