Solar Integrated Energy Efficient Systems for Waste Heat Recovery of Power Generation Industry Using Different Eco-Friendly Energy Materials
Résumé
The two major issues are being disused in these days globally, CO2 concentration in atmosphere on one hand and energy crisis on other hand. All promising savings of reducing CO2 generation, fossil fuels depletion, control in energy prices increments, achievable by adaptation of eco-friendly energy efficient material based technology. The un-arrested heat discharge from captive power plants, cement production, steel industry, Oil-refineries, like energy intensive industries have tremendous potential for multiple energy generation (heating-power & cooling) for further industrial process with dumped heat recovery. This paper explores eco-friendly material R134a and activated carbon-methanol based organic Rankine model and solar integrated vapor adsorption cooling system for waste heat utilization of condenser unit of steam power plant. The results of proposed model analysis is to explain the environmental parameters of used material, effect of operating parameters and cooling-power output.
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