Novel superheated water system

Abstract

The invention relates to a novel hot water passing system. The novel hot water passing system comprises a hot press, a cooling pump, a press circulating pump, a hot water pool, a water tank, a medium-and low-temperature water tower, a high-temperature water tower, a high-temperature tower circulating pump, a heat exchange tower, a heat conduction oil furnace and a valve; a water inlet and a wateroutlet are formed in two ends of the hot press; the water outlet is connected with the high-temperature water tower, the medium- and low-temperature water tower and a cold water pool respectively through pipelines; the water inlet is connected with the cooling pump and the press circulating pump; the water tank is connected with the medium- and low-temperature water tower; a make-up pump is arranged between the water tank and the medium- and low-temperature water tower; the press circulating pump is connected with the medium- and low-temperature water tower and the high-temperature water tower respectively; one end of the heat exchange tower is connected with the heat conduction oil furnace; the other end of the heat exchange tower is connected with the high-temperature tower; and the high-temperature tower circulating pump is arranged between pipelines of the high-temperature water tower and the heat exchange tower. The hot water passing system can greatly reduce the energy loss in the heating and cooling process, and is worthy of popularization.

Description

technical field [0001] The invention relates to the technical field of heating and temperature raising, in particular to a novel superheated water system. Background technique [0002] In the process of pressing and forming heavy bamboo filaments, it is necessary to heat the bamboo filaments to a high temperature of 130°C-145°C, and then quickly cool them down for a certain period of time. This process requires a lot of energy consumption. If it is directly heated and then cooled with room temperature water Cooling will be carried out for the next heating and heating will need to be heated again, which wastes a lot of heat energy and increases the production energy consumption. Contents of the invention [0003] In view of this, a new type of superheated water system is provided, which can greatly reduce the energy loss in the process of heating and cooling. [0004] A new type of superheated water system, which includes a hot press, a cooling pump, a press circulation pu...

AI Technical Summary

Problems solved by technology

[0002] In the process of pressing and forming heavy bamboo filaments, it is necessary to heat the bamboo filaments to a high temperature of 130°C-145°C, and then quickly cool them down for a certain period of time. This process requires a lot of energy consumption. If it is directly heated and then cooled with room temperature water Cooling will be carried out for the next heating and heating will need to be heated again, which wastes a lot of heat energy and increases production energy consumption.

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