I hereby announce that global warming problems have now a viable solution which will permit the humanity to carry on with its business-as-usual activities.
We all know the already tested method of Carbon Capture and Storage (CCS). Apart from its clear advantages, it has a number of setbacks.
It is very costly: http://belfercenter.ksg.harvard.edu/publication/19185/realistic_costs_of_carbon_capture.html
and raises more than one concern for the carcinogenity of amines and seismic problems in CO2 underground storage.
My method, called Carbon Capture and Release to Space © - CCRS © is a direct and powerful answer to Ccs technology flaws.
This completely open source process - on which I only detain copyright for the literature describing it - is a new hope for the whole mankind.
We all know that the amines used for the Ccs process, either pure or in their thermally degraded versions, raise deep health concerns.
See also: http://en.wikipedia.org/wiki/Carbon_capture_and_storage
In my CCRS method, I got rid of the amines. The exhaust gases must just be canned as they are, including produced steam, particles, NOx and dangerous hydrocarbons. A compressor will have to be added to each and every exhaust pipe, and gases will be canned and further disposed to the local recycling company.
This, in turn, will deliver its cans to a state-level company, which will complete the second phase of the process. We know that storage in the underground is merely a way to subtract the CO2 from the gaseous atmosphere of Mother Earth. I cannot think of a better way to do this than throwing the exhaust gases to the outer space, in the form of ultra-compressed liquified gas.
This project is ultra-urgent, and therefore for the earlier years the cans will be phisically delivered to the outer space by using unmanned shuttle rockets.In parallel, a giant vertical pipeline shall be developed over the Artic to finally pipe the nasty exhausts out to space.
I have the whole detailed process in my hands, waiting for man kind to knock on my door.
We all know the already tested method of Carbon Capture and Storage (CCS). Apart from its clear advantages, it has a number of setbacks.
It is very costly: http://belfercenter.ksg.harvard.edu/publication/19185/realistic_costs_of_carbon_capture.html
and raises more than one concern for the carcinogenity of amines and seismic problems in CO2 underground storage.
My method, called Carbon Capture and Release to Space © - CCRS © is a direct and powerful answer to Ccs technology flaws.
This completely open source process - on which I only detain copyright for the literature describing it - is a new hope for the whole mankind.
We all know that the amines used for the Ccs process, either pure or in their thermally degraded versions, raise deep health concerns.
See also: http://en.wikipedia.org/wiki/Carbon_capture_and_storage
In my CCRS method, I got rid of the amines. The exhaust gases must just be canned as they are, including produced steam, particles, NOx and dangerous hydrocarbons. A compressor will have to be added to each and every exhaust pipe, and gases will be canned and further disposed to the local recycling company.
This, in turn, will deliver its cans to a state-level company, which will complete the second phase of the process. We know that storage in the underground is merely a way to subtract the CO2 from the gaseous atmosphere of Mother Earth. I cannot think of a better way to do this than throwing the exhaust gases to the outer space, in the form of ultra-compressed liquified gas.
This project is ultra-urgent, and therefore for the earlier years the cans will be phisically delivered to the outer space by using unmanned shuttle rockets.In parallel, a giant vertical pipeline shall be developed over the Artic to finally pipe the nasty exhausts out to space.
I have the whole detailed process in my hands, waiting for man kind to knock on my door.
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