Heat exchange system having desired anti-scaling performance and an anti-scaling method thereof

Abstract

A heat exchange system having desired anti-scaling performance and an anti-scaling method thereof are disclosed. The heat exchange system at least comprises a load control unit, a temperature and pressure detection unit and an anti-scaling treatment unit. The heat exchange system conditions bonding ways of water quality in a HVAC chiller unit, an air compressor, a heat exchanger, a cooling and heating unit, or a boiler under a variety of scaling conditions in both field operation and water quality, by integrating the interaction of those units together with the anti-scaling method for simulating water quality that has a water quality limit same as that in field operation. The heat exchange system further integrates with a testing of anti-scaling performance to make water quality no longercharged and lose the reaction power so as to prevent scaling formation, enhance the anti-scaling performance, and ensure operating efficiency and performance of a HVAC chiller unit, an air compressor,a heat exchanger, a cooling and heating unit, or a boiler.

Description

technical field [0001] The present invention relates to a heat exchange system, in particular to a heat exchange system that can improve the anti-fouling effect. Machines, heat pumps, etc.), using ice brine or refrigerant for refrigeration and transportation, heat exchange devices for sewage and wastewater treatment, air conditioning equipment, industrial furnaces, various heat exchangers, cooling and heat dissipation devices or boilers, etc., in the field A heat exchange system with anti-scaling effect and its anti-scaling method to ensure operating efficiency and performance during operation. Background technique [0002] The heat exchanger mainly uses the pump body to send heat from a high temperature place to a low temperature place, that is, by means of heat exchange, the heat on the high temperature side is taken away or heated to generate steam and hot water. Air conditioners, air compressors, and boilers all have heat exchangers in their structures, which take away ...

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Problems solved by technology

Furthermore, when the improvement project was made, the water treatment manufacturer directly negotiated with the owner, purchased, sold and installed, but the manufacturer who actually installed the scale processor was only based on the size of the pipeline of the host machine, and did not consider the treatment effect of the scale factor, resulting in scale treatment. The air conditioner is not integrated with the air conditioner, air compressor, and boiler. If so, the anti-scale effect cannot be achieved due to the inability to integrate in different technical fields

In short, the sellers of current scale processors have never listed the anti-fouling effect, so as not to fail to accept it; the manufacturers of refrigeration and air-conditioning main units, air compressors, and boilers have also never listed the anti-fouling effect; During the engineering project, the air-conditioning technician designed and supervised the construction, and the contractor did not list the anti-fouling effect. In this way, the bad business model cycle will never be able to effectively achieve the goal of energy saving and carbon reduction

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