Steam -producing heat pump will provide clean energy to factories
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The easiest way to get rid of fossil sources in the world is to obtain electricity from renewable sources. If we convert all of our electrical resources into edible electricity in the future, the problem is solved. However, 8 %of the world’s energy consumption is due to industrial steam production used in factories. It is possible to replace it with the electric heater, but this will cause excessive electricity consumption.
For this reason, the atmoszero company, which plans the two -stage version of the heat pump technology used in homes, uses electricity again, but it makes the electrical energy it uses with the hot air it obtains from the air.
As you know, it heats the inner air while cooling the outside air with special gas and compressor technology circulating in the heat pump. The heat pumps used in homes generally cannot reach too high temperatures. The heat pumps used so far provide a 50 ° C water temperature and sufficient for hot water needs. Recently, the models that use propane (R290) as gas as gas increases to 70 ° C and offer heat exchange in houses with heating honeycombs.
To produce steam, two intertwined heat pumps are used. The temperature is increased with an cycle and then the temperature is increased to 200 ° C again in the second circle with high temperature.
The system already sold as a package 650 kW He can give heat in his power. The heat pump, which can convert the outdoor temperature of 15 ° C to steam up to 150 ° C, in 2025, 165 ° C and 2026 It will reach 200 ° C.
The company will already replace one of the boilers of the US, Kolerado -based “New Belgium Brewing bir, by the end of the year with Atmoszero’s prototype. If the results are requested, the firm will receive equipment to meet the whole steam need of a facility, then follow a similar way for all production facilities in 50 states and leave fossil resources to produce steam.
As you may have guessed, only 80 %yield is obtained from energy in heating with natural gas. If the electrical resistance heating is used, the yield remains at 98 %. However, with the heat pump, energy efficiency climbs to 200 %, because the heat is actually taken out of the air outside. In this way, the system is more expensive than the electric heater, but it uses less electricity in 3 years. The heat pump is planned to be my life for 20 years.
The biggest plus of the system is that the boiler systems you know can be replaced by this system. In this way, it can be presented as a product instead of a transformation project. In general, the waste used by the market is not dependent on heat, since all conditions can be transformed.
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