Abstract: We have described herein a method and associated apparatus that can halt global warming with significant economic benefits. They include (1), re-scrub half the carbon dioxide emitted from calcining baking soda into soda ash to produce twice as much soda ash and twice as much ammonium chloride as comparing with the standard Solvay ammonia soda ash process; Use the ammonium chloride as sugarcane fertilizer producing fuel ethanol, and bagasse, a photosynthesized bio-fuel from carbon dioxide already presented in the earth atmosphere for power generation, and (2), expand the sugarcane plantation areas into desert oasis using desert heat to produce distilled water for irrigation, pumped by solar heated hydraulic press pumps to supplement insufficient rain forest resources on earth's continents to accelerate reaching “carbon neutral” on capture annually twenty five billion tons of anthropogenic carbon dioxide from earth atmosphere economically.

Abstract: We have described herein a method and associated apparatus that can halt global warming with significant economic benefits. They include re-scrubbing half the carbon dioxide emitted from calcining baking soda into soda ash to produce twice as much soda ash and twice as much ammonium chloride as compared with the standard Solvay ammonia soda ash process, collecting from calcining exhaust a carbon dioxide and water mixture, transferring the carbon dioxide and water mixture to a hydraulic press for use as a multi component working medium.

Abstract: We have described herein a method and associated apparatus that can halt global warming with significant economic benefits. They include (1), re-scrub half the carbon dioxide emitted from calcining baking soda into soda ash to produce twice as much soda ash and twice as much ammonium chloride as comparing with the standard Solvay ammonia soda ash process; Use the ammonium chloride as sugarcane fertilizer producing fuel ethanol, and bagasse, a photosynthesized bio-fuel from carbon dioxide already presented in the earth atmosphere for power generation, and (2), expand the sugarcane plantation areas into desert oasis using desert heat to produce distilled water for irrigation, pumped by solar heated hydraulic press pumps to supplement insufficient rain forest resources on earth's continents to accelerate reaching “carbon neutral” on capture annually twenty five billion tons of anthropogenic carbon dioxide from earth atmosphere economically.

Abstract: A lighter-than-water glass construction material containing embedded carbon dioxide bubbles is manufactured by concentrated reflective solar heating on mixture of sand, sodium bicarbonate, and limestone. The melt is allowed to solidify without permitting the carbon dioxide and water vapor to escape. The material is primarily used to build large size floating ponds for marine vegetation growth in an ammonium chloride fertilized seawater environment for atmospheric carbon dioxide capture via biomass photosynthesis sequestration.

Abstract: A climate control system capable to absorb many times the human-industrial-generated carbon dioxide and reverse the trend of global warming is described in this invention. Method of partially executing Solvay soda ash process without converting sodium bicarbonate to soda ash and recycling ammonia, further thereafter implementing ammonium chloride thus obtained as deep-water ocean fertilizer to capture carbon dioxide naturally in weights of the order of hundred times that was originally released through fossil fuel combustion.

Abstract: A transformed plant cell or transgenic plant containing a recombinant nucleic acid that encodes a heterologous heat shock factor. Expression of the heat shock factor derepresses the heat shock response in the transformed plant cell or transgenic plant under non-heat shock conditions. Also disclosed are methods of producing such a transformed plant cell or transgenic plant.

Abstract: Method and apparatus for testing and setting the field strength of permanent magnets in a magnetic bubble domain chip module, wherein the final molded module is formed to contain a pair of longitudinal slots which run through the module on opposite sides thereof. The module is inserted, via said slots, onto conducting members of a magnetic bubble module testing apparatus. The conducting members effectively provide one turn coils on each side of the module. Current is induced in these coils in such a way as to either add to or subtract from the bias field provided for the magnetic bubble domain chip by the permanent magnets of the module. The module is tested to determine the upper and lower operating levels of the bias field for effective operation of the chip, and the device is remagnetized to set the bias field of the module in the center, or optimal point, of the bias margin.