CJRRWH

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CJRRWH Application field and Working Principle

The concept of CJRRWH (Continuous Jet Reactor Radiation Waste Heat) was developed with the intention to have efficient generation of the energy from various types of waste heat sources. The CJRRWH is a unique, patented, continuous, all-in-one vertical design that combines a waste heat recovery system, a solar panel and a thermal-converting furnace into a single unit.The classical types of technology used for generating energy from waste heat sources are based on either heat exchangers or incinerators. Heat exchangers are usually used for low-temperature waste heat that doesn\'t contain toxic gases and contaminants. On the other hand, incinerators are better suited for the generation of energy from high-temperature waste heat. Both of the mentioned approaches are relatively inefficient as they require significant amounts of energy to keep their working temperature or process running.The CJRRWH technology offers a solution to this problem by utilizing the jet reactor principle. The reactor works on the basis of transforming waste heat into electrical energy by combining the heat of a submerged waste source, thermal radiation and convection. This represents a unique application of the principles of thermodynamics and is based on a vertical configuration which increases the efficiency of energy generation and heat transfer.The working principle of CJRRWH is analogous to a jet engine. It requires a minimum of two combustion chambers arranged in a vertical configuration. In the first chamber, the solid fuel is burned in the presence of air and a strong thermal radiation. The burning creates a hot gas that is transferred to the second combustion chamber where it is mixed with additional air. The temperature increase in this stage leads to a significant pressure increase which powers the turbine thereby generating electricity and heat.The main components of a CJRRWH system include the reactor, the turbine equipment, the coils for cooling the turbine blades, the water supply system and a generator. The reactor comprises two combustion chambers that are connected with a common turbine. The combustion of the solid fuel creates an electric current that is used to power the generator connected to the turbine, thereby producing electricity. Heat produced during the combustion process is transferred to the reactor\'s lower chamber and is used to heat water or other liquids.CJRRWH technology has a wide range of potential applications and is being used in multiple industries such as healthcare, food production, manufacturing and energy production among others. The key benefit of this technology is that it allows for efficient energy generation from various sources of waste heat while producing a minimal amount of emissions. This makes it an attractive option for businesses looking for ways to reduce energy costs and increase efficiency.In summary, CJRRWH technology is an innovative solution for generating energy from waste heat sources. It is a reliable and efficient way of producing energy and heat with minimal emissions and is a key development in the area of renewable energy. It has many potential applications and is being used for various industrial purposes.

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