Comrades, I want to discuss the extraction of atmospheric heat for generation of electricity. YES, IT CAN BE DONE BY COMBINING EXISTING PROCESSES TODAY. HOW? The Sun may set, but the residue of its radiation remained as heat in the atmosphere and into the oceans of our planet. By extracting atmospheric heat and converting that into electricity, we can produce as much electricity as we need. A very effective way of extracting atmospheric heat is vacuum evaporation of water withe the help from a vacuum pump in a metallic container. During evaporation, the evaporated water collects its latent heat of vaporization from the leftover water and it becomes colder. But, heat from outisde atmosphere will enter into the colder water inside from warmer atmosphere. After sometime, an equilibrium can be reached when the amount of heat entering into the container from external atmosphere will be equal to the amount of latent heat necessary to evaporate the amount of water, that is evaporated. IN EXPERIMENTS OF OPEN-CYCLE OTEC, IT HAS BEEN FOUND THAT TO GET A 1 KG/SEC FLOW OF VAPOR, JUST 3 KW IS ENOUGH TO MAINTAIN THE VACUUM PUMP. WHILE THE AMOUNT OF HEAT EMBEDDED IN THE 1 KG/SEC VAPOR FLOW IS 2.31 MW. In the next phase, we just have to heat the vapor with solar reflector panels. By this process, we can get rid of supplying the latent heat of vaporization of water by the solar collectors, which is 2/3rd of the amount of heat embedded in the hot steam necessary to produce electricity. There are also other sources of energy, which don't need scientific brakethroughs like fusion. But, what is necessary at present is sufficient funding to develop those ideas. There are other processes too. The Sun may set, but the residue of its radiation remained as heat in the atmosphere and into the oceans of our planet. By extracting atmospheric heat and converting that into electricity, we can produce as much electricity as we need. A very effective way of extracting atmospheric heat is vacuum evaporation of water withe the help from a vacuum pump in a metallic container. During evaporation, the evaporated water collects its latent heat of vaporization from the leftover water and it becomes colder. But, heat from outisde atmosphere will enter into the colder water inside from warmer atmosphere. After sometime, an equilibrium can be reached when the amount of heat entering into the container from external atmosphere will be equal to the amount of latent heat necessary to evaporate the amount of water, that is evaporated. IN EXPERIMENTS OF OPEN-CYCLE OTEC, IT HAS BEEN FOUND THAT TO GET A 1 KG/SEC FLOW OF VAPOR, JUST 3 KW IS ENOUGH TO MAINTAIN THE VACUUM PUMP. WHILE THE AMOUNT OF HEAT EMBEDDED IN THE 1 KG/SEC VAPOR FLOW IS 2.31 MW. In the next phase, we just have to heat the vapor with solar reflector panels. By this process, we can get rid of supplying the latent heat of vaporization of water by the solar collectors, which is 2/3rd of the amount of heat embedded in the hot steam necessary to produce electricity. I want opinion of other experts regarding this issue.
