Mark Culaj | University for Business and Technology (original) (raw)
Futurology independent researcher.
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Use of zeolite type of long term thermal storage and reuse of energy at our homes. The goal is to... more Use of zeolite type of long term thermal storage and reuse of energy at our homes. The goal is to create future completely self-sufficient energy independent living homes and residential buildings. Integration of heating cooling and refrigeration for everyday use by lowering energy waste and increase of overall energy efficiency management. Description of idea of integration of three household appliances, air conditioner, refrigerator and water heater, into unique system without need of thermal energy irradiation into external ambient. Conservation of thermal energy during hot summer and reuse of such energy for heating on days with low temperature.
This paper describes steps to be taken for terraforming planet Mars using today’s level of techno... more This paper describes steps to be taken for terraforming planet Mars using today’s level of technology and knowledge. Terraforming as a process of creating an Earth-like or habitable environment is unique in sense that it has never done before. Detailed description and calculation of solar wind collection as a source of hydrogen has been laid out in the paper. Supply of big quantities of hydrogen using magnetic and electric lenses positioned on first Lagrange point between Sun and Mars has been described. Estimation of necessary investments based on commercial exploitation of solar wind and extraction of Helium-3 and other materials for commercial use has been estimated. Estimation of impact of hydrogen interaction with carbon dioxide creating water, methane and their impact as green-house gases will increase Mars’s average temperature. Interactions of hydrogen atoms with oxides in Martian soil will release water molecules in atmosphere. Effects of released energy and overall increase of temperature will melt undersoil frozen reserves of water and carbon dioxide. Mining of Martian minerals and their exploitation will enable building of future permanent human settlements on Mars.
Use of zeolite type of long term thermal storage and reuse of energy at our homes. The goal is to... more Use of zeolite type of long term thermal storage and reuse of energy at our homes. The goal is to create future completely self-sufficient energy independent living homes and residential buildings. Integration of heating cooling and refrigeration for everyday use by lowering energy waste and increase of overall energy efficiency management. Description of idea of integration of three household appliances, air conditioner, refrigerator and water heater, into unique system without need of thermal energy irradiation into external ambient. Conservation of thermal energy during hot summer and reuse of such energy for heating on days with low temperature.
This paper describes steps to be taken for terraforming planet Mars using today’s level of techno... more This paper describes steps to be taken for terraforming planet Mars using today’s level of technology and knowledge. Terraforming as a process of creating an Earth-like or habitable environment is unique in sense that it has never done before. Detailed description and calculation of solar wind collection as a source of hydrogen has been laid out in the paper. Supply of big quantities of hydrogen using magnetic and electric lenses positioned on first Lagrange point between Sun and Mars has been described. Estimation of necessary investments based on commercial exploitation of solar wind and extraction of Helium-3 and other materials for commercial use has been estimated. Estimation of impact of hydrogen interaction with carbon dioxide creating water, methane and their impact as green-house gases will increase Mars’s average temperature. Interactions of hydrogen atoms with oxides in Martian soil will release water molecules in atmosphere. Effects of released energy and overall increase of temperature will melt undersoil frozen reserves of water and carbon dioxide. Mining of Martian minerals and their exploitation will enable building of future permanent human settlements on Mars.