Water heat system adaptive electronic descaling device

Abstract

The invention relates to a water heat system adaptive electronic descaling device, comprising a device case, a total water inlet, a check valve, a coiled pipe, a coil, an electronic control box, a micro water pump, an internal cycle water inlet, an internal cycle water outlet, an electrode and measuring sensor, a total water outlet, a common water pipe, a three-way pipe and a storage container, wherein the lower part of the total water inlet is connected with the check valve, and the check valve is connected with the common water pipe and the snakelike pipe by virtue of the three-way pipe; the common water pipe is connected with the micro water pump and the internal cycle water inlet; the coil is wound by utilizing the snakelike pipe so that the range of magnetic action is expanded, and the lower part of the coil is connected with the internal cycle water outlet; the internal cycle water inlet and the internal cycle water outlet are connected with the storage container, the upper partof the storage container is connected with the electronic control box, and the treatment effect of an open water heat system is improved by virtue of the micro water pump; and the storage container is internally provided with the electrode and measuring sensor, the sensor is used for monitoring a water medium in real time, and the automation optimization is realized by means of the controller. The device provided by the invention has a novel structure, is simple and easy to operate, can save energy and is environmentally friendly.

Description

technical field [0001] The invention relates to a hydrothermal system device, in particular to a related device capable of descaling a hydrothermal system. Background technique [0002] In the hydrothermal system, scale has many hazards. Many enterprises and research institutions at home and abroad have been engaged in technical research on scale removal. Specifically, it can be divided into two categories: chemical methods and physical methods. Chemical descaling treatment uses the action of chemical agents to dissolve, loosen and fall off the scale in equipment and pipelines. The specific methods include alkali washing, pickling, and complexing agent cleaning, etc., but the treatment cost is high and the process is easy. Equipment wear, easy to cause environmental pollution, and certain damage to the health of operators; physical descaling methods include high-pressure water washing, rubber ball cleaning, sand washing, air washing, ultrasonic cleaning, etc., and equipment...

AI Technical Summary

Problems solved by technology

Chemical descaling treatment uses the action of chemical agents to dissolve, loosen, and fall off the scale in equipment and pipelines. The specific methods include alkali washing, pickling, and complexing agent cleaning, etc., but the treatment cost is high and the process is easy. Equipment wear, easy to cause environmental pollution, and certain damage to the health of operators; physical descaling methods include high-pressure water washing, rubber ball cleaning, sand washing, air washing, ultrasonic cleaning, etc., and equipment wear will also occur during the treatment process , time-consuming and labor-intensive, and for hard scale and corrosion products with high strength, the effect of physical descaling is generally not ideal

The use of electromagnetism for anti-scaling has proved the feasibility of this method in theory and practice. There are also related products in the domestic and foreign markets, but from the perspective of practical application effects, it is not very ideal. The reason is that the mechanism of scale formation is relatively Complex, water flow velocity, water temperature, pH value, ion hardness, water pipe material, treatment time, descaling frequency and other factors have a great impact on scaling. At the same time, the water operation mode in the hydrothermal system also has a great impact on the electromagnetic descaling Large, when the water in the hydrothermal system is operated in a closed circulation mode, the effect of electromagnetic descaling is better; when it is operated in an open mode, the effect is not ideal

Images