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Arvij Clean Energy Knowledge-Based Company is a knowledge-based and developer company in the field of designing, manufacturing, and launching power generation packages from waste heat and manufacturing rotating equipment. Relying on the technical knowledge of its experts, through innovative engineering services and venture capital, it creates value for industrial units in improving productivity and optimizing energy consumption.
Converting thermal energy into electricity
Thermal power plants
The organic Rankine Cycle is used in thermal power plants as an innovative technology for the recovery of waste heat produced in power generation processes. In these power plants, a lot of heat is dissipated into the environment through hot gases emitted from turbines and cooling systems. By using the ERC cycle, this waste heat can be absorbed by organic fluids and converted into mechanical energy and then into electricity. This process not only helps increase the overall efficiency of the plant, but also reduces fossil fuel consumption and reduces greenhouse gas emissions. In this way, the ERC cycle in thermal power plants is recognized as a sustainable and efficient solution for energy optimization and reducing environmental impacts.
Converting thermal energy into electricity
Refineries
The organic Rankine Cycle is used in industrial plants as an effective solution for converting waste heat into electrical power. For example, in the cement production process, a large amount of waste heat is produced in parts such as furnaces and clinker coolers. Using the ERC cycle, this waste heat is converted into mechanical energy through an organic fluid and then into electricity. This technology helps to increase energy efficiency, reduce fossil fuel consumption and reduce greenhouse gas emissions, and as a result, it is very beneficial both economically and environmentally for cement plants.
Converting thermal energy into electricity
Chimney of industrial plants
(Cement, steel, glass and...)
The organic Rankine Cycle is used in gas pressure boosting stations to exploit the waste heat produced in the processes of increasing pressure and gas transmission. In these stations, a lot of heat is dissipated as hot emissions from compressors into the environment. By using the ERC cycle, this waste heat is absorbed by organic fluids and converted into mechanical energy and then into electricity. This technology helps increase energy efficiency at pressure booster stations and also reduces operating costs and greenhouse gas emissions. Thus, the ERC cycle is recognized as an effective and sustainable solution for energy optimization and reducing environmental impacts in the gas industry
Converting thermal energy into electricity
Gas pressure booster stations
The organic Rankine Cycle is used in refineries as an effective solution for the recovery of waste heat produced in various processes such as distillation, cracking and preheating. In these processes, large amounts of heat are excreted into the environment as hot gases and thermal energy. Using the ERC cycle, this waste heat is absorbed by organic fluids and converted into mechanical energy and then into electricity. This technology not only helps to increase energy efficiency in refineries, but also reduces energy costs and reduces greenhouse gas emissions. In addition, the ERC cycle enables refineries to use their energy sources more efficiently, thereby improving the overall stability and efficiency of production operations.
Converting thermal energy into electricity
Food industry
The organic Rankine Cycle is used in refineries as an effective solution for the recovery of waste heat produced in various processes such as distillation, cracking and preheating. In these processes, large amounts of heat are excreted into the environment as hot gases and thermal energy. Using the ERC cycle, this waste heat is absorbed by organic fluids and converted into mechanical energy and then into electricity. This technology not only helps to increase energy efficiency in refineries, but also reduces energy costs and reduces greenhouse gas emissions. In addition, the ERC cycle enables refineries to use their energy sources more efficiently, thereby improving the overall stability and efficiency of production operations.
Converting thermal energy into electricity
Renewable resources
The organic Rankine Cycle is used in refineries as an effective solution for the recovery of waste heat produced in various processes such as distillation, cracking and preheating. In these processes, large amounts of heat are excreted into the environment as hot gases and thermal energy. Using the ERC cycle, this waste heat is absorbed by organic fluids and converted into mechanical energy and then into electricity. This technology not only helps to increase energy efficiency in refineries, but also reduces energy costs and reduces greenhouse gas emissions. In addition, the ERC cycle enables refineries to use their energy sources more efficiently, thereby improving the overall stability and efficiency of production operations.
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