The zero discharge technology of energy and chemical wastewater has been proven to be feasible in basic theory, but there are many safety hazards in practical applications. The maintenance of zero discharge of sewage is closely related to the reliability of the processing technology of the behavior subject, as well as the production scheduling of sewage recycling and utilization. The credibility of its safety engineering has been severely tested. At present, the zero discharge of sewage has attracted the attention of relevant departments and companies. Professional personnel have eliminated safety hazards and truly assisted energy and chemical industries in maintaining zero discharge of sewage.

What is the primary condition for maintaining the overall goal of zero discharge of wastewater in energy and chemical industries?

At present, most of the contemporary energy and chemical industries in China are in the demonstration stage of engineering projects. In order to maintain efficient and energy-saving production and manufacturing, the main parameters of the processing technology must be continuously adjusted. The changes in raw material balance, reflected temperature, working pressure, etc. will inevitably cause changes in sewage flow rate and water body, and immediately endanger the tail end treatment and recycling of sewage.

Taking the new Shenhua coal to oil project as an example, due to the fluctuation of coal quality and the instability of the front-end development and production computer operating system, the range of COD concentration fluctuations in organic chemical wastewater treatment leakage is large, which has an impact on the biochemical system software, causing it to be unable to operate normally, resulting in the paralysis of all zero emission system software. Many sewage must be discharged. If there is no sufficient capacity reservoir to store this part of sewage, the production and manufacturing equipment can only park.

The zero discharge plan for energy and chemical wastewater involves a high degree of difficulty in processing technology, long steps, complex system software, and mutual influence between steps, which can easily lead to domino hazards. Any difficulty in each stage will endanger the overall goal of zero discharge for new projects. Therefore, the organic chemistry integration and raw material balance of various departments in the zero discharge of sewage in new energy and chemical projects are crucial. The water management methods in the factory area exceed the dynamic water balance, which is an important factor in maintaining the overall goal of zero discharge of sewage.

专业水处理的疑难问题，产品选型问题，可以单击下面的微信二维码电话联系贺工在线指导，长按微信二维码可自动识别添加贺工微信沟通解决您的疑难问题