1. The boiler water treatment of industrial pure water equipment is not implemented:
At present, some boilers often fail to get people's attention due to their relatively small capacity or only being used in winter. Moreover, those who manage small boilers often have insufficient experience in boiler water treatment, and there is no effective implementation of small boilers in the boiler management process. Boiler water treatment has caused boiler scaling or corrosion, which has a serious impact on boiler management over time.
2. Improper treatment of boiler water in industrial pure water equipment:
At present, many enterprises often adopt unscientific methods for the treatment of boiler water in order to save more expenses, and the various tools and appliances used in the process of boiler water treatment do not comply with relevant regulations. For example, the "three nos" electronic anti-scaling instrument and anti-scaling agent.
In terms of personal interests, this approach can not only reduce the cost of chemicals but also save the cost of water quality analysts, but it cannot fundamentally solve the problems of boiler fouling and corrosion, and it not only causes a waste of energy. It also reduces the service life of the boiler. ,
Moreover, if the anti-scaling agent is used improperly, it will have the opposite effect on the protection of the boiler, accelerate the scaling and corrosion of the boiler, and bring a serious threat to the normal operation of the boiler.
3. Not paying attention to the pH value of boiler water in industrial pure water equipment:
Generally, the feedwater hardness index is very important for steam type boilers. The level of boiler water hardness often affects later scaling and corrosion problems.
If the hardness of the boiler water is high, the boiler water will scale due to evaporation, and the hot water boiler is relatively more susceptible to corrosion.