Water environmental pollution and water resources shortage are two major problems for the global freshwater resources.
With the rapid development of the international economy, the increase of population and the improvement of people's living standards, and the acceleration of industrialization and urbanization, water consumption has increased dramatically. Meanwhile, the discharge of sewage has increased correspondingly, which has exacerbated the shortage of fresh water and the pollution of the water environment.
In order to improve the water environment, protect the water resources，the relevant departments have combined the specific conditions of water pollution, take comprehensive measures for the prevention and control of water pollution and the protection of water resources.And the research, development and application of innovative technology for low infrastructure costs, low energy consumption, and low operating costs.According to local conditions, we should combine measures of treatment and utilization, and use ecological treatment system to realize the harmless and resourceful treatment of sewage at the same time of sewage treatment, so as to achieve the benign circulation of water and the sustainable utilization of water resources.Sewage treatment equipment is one of the most important sewage treatment links, and the sealing parts of the sewage treatment equipment are particularly important. The leakage of equipment connection will directly cause system collapse of the whole equipment, so the good mechanical seal can play a mainstay role in sewage treatment equipment.
In the equipment of sewage treatment, the effect of the mechanical seal is also very important. Using natural forces to purify rivers and streams -- air, microbes, gravity, and light -- the wastewater industry has completely changed the sanitation facilities and brought health to the earth, rivers, rivers, lakes, and oceans. Through SEALCON's extensive mechanical seal combination and expertise, customer needs are evaluated and correct solutions have low lifecycle costs. When water leaves the plant, it is no longer wastewater, but a very valuable resource.