Technology for producing cooled boiled water by alternatively using cold energy and heat energy

Abstract

The invention discloses a technology for producing cooled boiled water, wherein the technology is a method for scientifically producing cooled boiled water in an energy-saving mode and is a method for producing potable water which can be widely used in families and potable water producing manufacturers. Most importantly, the technology of alternatively using cold energy and heat energy is adopted, and the inlet water flow of a water heater and the outlet water flow of the water heater are combined together through a water barrel or a pipeline so that the temperature of the inlet water (cold water) and the temperature of the outlet water (hot water) can be exchanged through the wall of the water barrel or the wall of the pipeline even though the inlet water and the outlet water are not compatible due to different water qualities. The experiment shows that the technology for producing the cooled boiled water can save about 90% of energy compared with a traditional technology for producing the cooled boiled water. As the technology for producing similar products, in the time when potable water producing enterprises use chemical sanitizers for disinfection, the technology for producing the cooled boiled water directly solves the problem that conventionally, cost is high when the cool water is produced and indirectly solves the problems of safety and health of the potable water drunk by people are indirectly solved at the same time.

Description

Technical field [0001] The cold boiled water production process with mutual use of cold and heat of the present invention relates to a scientific and energy-saving cold boiled water production process. This production process adopts an unprecedented cold and heat energy interoperability technology in the existing cold water production technology field. This is a production process that can be widely used in households and drinking water manufacturers to make drinking water (cold water) with a very energy-saving effect. Background technique [0002] The cold boiled water production process of the cold and heat interaction of the present invention is essentially different from the traditional production process. So far, there is no technology that uses cold and heat interaction to produce cold boiled water in the market. Cold boiled water is a kind of drinking water, which is a kind of sanitary water that is cooled after high temperature sterilization. But so far, no drinking wat...

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Problems solved by technology

But so far, there is no production process that can reuse these thermal energy.

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