Constant temperature and efficient regeneration system and method

Abstract

The invention discloses a constant temperature and efficient regeneration system, which comprises a regeneration demineralization water tank and a fixed base, the regeneration demineralization water tank comprises a water tank body and a heat preservation shell, the water tank body is located in the heat preservation shell, a heating device is arranged between the water tank body and the heat preservation shell, and the heat preservation shell is clamped with the fixed base. The installation method includes the following steps that (1) the assembly of the fixed base is conducted; (2) the installation of a water distribution pipe shaped like a Chinese character 'Mi' and a stirring assembly is conducted; (3) the installation of a cover cap and the water tank body is conducted; (4) the installation of the heating device is conducted; and (5) the assembly of the regeneration demineralization water tank is conducted. According to the installation method, the water tank body is protected through the heat preservation shell, at the same time, the heat loss rate of brine in the water tank body can be reduced, and the loss of energy consumption is reduced; the heating device can replace theheat of the brine through a heat exchange medium, make the brine rise to the optimum temperature, the regeneration effect of a bed body is improved; and the fixed base can raise the regeneration demineralization water tank, at the same time, can also adjust the height of the regeneration demineralization water tank according to the actual level of the ground, and ensures the overall level of thefixed base.

Description

technical field [0001] The invention belongs to the technical field of anion and cation exchangers in thermal power plants, and in particular relates to a constant temperature and high-efficiency regeneration system and method. Background technique [0002] The chemical water workshop of thermal power plant is the water supply guarantee department for boiler water supply and production water, especially the boiler desalinated water supply is large, which is particularly critical to the process of preparing desalinated water by anion and cation exchange, and the regeneration treatment process after the bed body fails. However, in the existing technology, the amount of desalinated water prepared in the thermoelectric heating plant is large, and the raw water is greatly changed by the ambient temperature throughout the year, and the bed regeneration is affected by the temperature, which is likely to cause poor bed regeneration effect and lead to a decline in the regeneration eff...

AI Technical Summary

Problems solved by technology

However, in the existing technology, the amount of desalinated water prepared in the thermoelectric heating plant is large, and the raw water is subject to large changes in the ambient temperature throughout the year, and the bed regeneration is affected by the temperature, which is likely to cause poor bed regeneration effect and lead to a decline in the regeneration effect

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