Our Structural Solutions For Climate Change

How will the Armadillo reduce problems with the ice-caps, the oceans, rising sea-levels?

Video
By introducing cold water 24/7 into the local water, this will cause heat in the warmer water to lose its energy and become colder. A prototype has been made. See the desk-top prototype, made and introduced on video by Alec Duffield.

How tall does the structure need to be?

Until we have more practical experience of this technology we are assuming that a height of 750m (giving a temp reduction of 7.5c) will be a good standard structure. In order to create evaporation/condensation/precipitation the structure will vary from place to place depending on the water-content of the air, the temperature, and the availability of Peltier-cooling.This will vary from place to place depending on the water-content of the air, the temperature, and the availability of Peltier-cooling.

How much water is in the atmosphere?

About 13,000 cubic kilometres Unlike water in rivers or under the earth’s surface, the airborne water cannot easily be dammed, diverted, or otherwise be monopolised.

What are the ‘Armadillo™’ and the ‘Fontana™’?

Just two of our solutions for climate change
These are names which describe the 2 types of cooling structure. The ‘Armadillo’ relies only or chiefly on the natural upward movement of warm, pressurised air. The ‘Fontana’ also has provision for upward-suction fans, in order to give control of cooling at different times and places.

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