Company Profile

Beijing Saisiteng Environmental Protection Engineering Co., Ltd. is located in Xiangtang Industrial Park, Changping District, Beijing. Since its establishment in 2001, it has mainly been engaged in the research and development of new sewage purification materials and processes, as well as integrated reaction equipment; And the development, manufacturing, assembly, design, and technical consulting of new products and processes; Import and export business of related equipment and technology, as well as sewage treatment engineering. The company follows the national "12th Five Year Plan",
Encourage high-tech environmental protection industries and comprehensive resource utilization industry policies; Based on the advantages of technological resources and adhering to the principles of "high-tech, environmental protection industry, scientific planning, and long-term development",
Relying on the talent and technological advantages of national research institutions and higher education institutions, we will play a positive role in creating a green and environmentally friendly new society.
The role of our company's technological research and use in the field of environmental engineering

Improving the level of 
urban management

The renovation of demonstration areas such as the Chaobai River Basin project by this process is an effective way of urban environmental management, which provides a good management approach for the urban water environment, especially the river environment in Miyun County. It also provides a good idea for urban environmental governance and water intake. The water control technology used in this project has the characteristics of high automation and good sewage treatment effect, reducing tedious management and improving social management efficiency. At the same time, it can achieve water purification and pollution control in the river basin on an in-situ basis, without the need for complex centralized treatment processes, effectively saving the construction of urban pipeline networks and accelerating the progress of river basin water ecological construction, Thus improving the construction level of ecological cities.

Promote industrial upgrading
 and progress

In recent years, traditional sewage point source pollution interception and non-point source pollution control technologies have failed to meet water quality standards and lack innovation. The new microbial biofilm technology developed in this project has broken some of the limitations of the original process, both technically and economically. The new watershed sewage treatment technology not only has good treatment effect, low equipment cost, low operating cost, simple operation, but also has been well applied through engineering demonstrations; After industrial operation, not only can outdated process equipment be eliminated and replaced, but also the promotion of these new point source and non-point source pollution control technologies is promoted, reducing the treatment costs of river basin polluted water restoration and water quality purification, providing technical support for the development of China's urban ecological industry, and providing new development ideas for the environmental protection industry.

Environmental benefits such
 as waste management,
energy conservation and 
emission reduction

The combination of new biofilm technology and artificial wetland enhancement technology with various traditional water treatment processes has resulted in positive effects on treatment performance and operating costs. Applied to the treatment and purification of sewage in river basins, it can effectively achieve ecological water restoration, improve the water quality of polluted rivers, and optimize the surrounding water environment; Artificial floating bed technology can effectively reduce the content of COD and ammonia nitrogen in water bodies in terms of non-point source pollution control; Reducing the content of eutrophication indicators such as nitrogen and phosphorus in eutrophic waters will play an important role in protecting natural water sources and effectively preventing river and lake pollution.

Carbon fiber water purification plant-复制
Carbon fiber water purification plant-复制

Carbon fiber water purification filler is a fibrous carbon material with good biocompatibility. This new material is based on carbon fibers, which are surface treated and modified by air oxidation or hydrogen peroxide solution and ammonia solution, and then oxidized at 400-600 ℃ in an air atmosphere. After treatment, various active oxygen-containing functional groups are generated on the surface of carbon fibers, with high surface energy, improved wettability with water, reduced contact angle, and excellent hydrophilicity, biocompatibility, and bioadhesion on the surface. When applying these two materials to wastewater treatment, due to their large specific surface area, reasonable pore size distribution, high adsorption, and high biocompatibility, in addition to adsorption, microorganisms attach to the surface of the material to form a biofilm, which uses organic pollutants as energy sources and degrades organic pollutants in the water through their own metabolism.

Detail
Carbon fiber water purification plant-复制
Carbon fiber water purification plant-复制

Carbon fiber water purification filler is a fibrous carbon material with good biocompatibility. This new material is based on carbon fibers, which are surface treated and modified by air oxidation or hydrogen peroxide solution and ammonia solution, and then oxidized at 400-600 ℃ in an air atmosphere. After treatment, various active oxygen-containing functional groups are generated on the surface of carbon fibers, with high surface energy, improved wettability with water, reduced contact angle, and excellent hydrophilicity, biocompatibility, and bioadhesion on the surface. When applying these two materials to wastewater treatment, due to their large specific surface area, reasonable pore size distribution, high adsorption, and high biocompatibility, in addition to adsorption, microorganisms attach to the surface of the material to form a biofilm, which uses organic pollutants as energy sources and degrades organic pollutants in the water through their own metabolism.

Detail
Carbon fiber water purification plant-复制
Carbon fiber water purification plant-复制

Carbon fiber water purification filler is a fibrous carbon material with good biocompatibility. This new material is based on carbon fibers, which are surface treated and modified by air oxidation or hydrogen peroxide solution and ammonia solution, and then oxidized at 400-600 ℃ in an air atmosphere. After treatment, various active oxygen-containing functional groups are generated on the surface of carbon fibers, with high surface energy, improved wettability with water, reduced contact angle, and excellent hydrophilicity, biocompatibility, and bioadhesion on the surface. When applying these two materials to wastewater treatment, due to their large specific surface area, reasonable pore size distribution, high adsorption, and high biocompatibility, in addition to adsorption, microorganisms attach to the surface of the material to form a biofilm, which uses organic pollutants as energy sources and degrades organic pollutants in the water through their own metabolism.

Detail
Carbon fiber water purification plant-复制
Carbon fiber water purification plant-复制

Carbon fiber water purification filler is a fibrous carbon material with good biocompatibility. This new material is based on carbon fibers, which are surface treated and modified by air oxidation or hydrogen peroxide solution and ammonia solution, and then oxidized at 400-600 ℃ in an air atmosphere. After treatment, various active oxygen-containing functional groups are generated on the surface of carbon fibers, with high surface energy, improved wettability with water, reduced contact angle, and excellent hydrophilicity, biocompatibility, and bioadhesion on the surface. When applying these two materials to wastewater treatment, due to their large specific surface area, reasonable pore size distribution, high adsorption, and high biocompatibility, in addition to adsorption, microorganisms attach to the surface of the material to form a biofilm, which uses organic pollutants as energy sources and degrades organic pollutants in the water through their own metabolism.

Detail
Carbon fiber water purification plant-复制
Carbon fiber water purification plant-复制

Carbon fiber water purification filler is a fibrous carbon material with good biocompatibility. This new material is based on carbon fibers, which are surface treated and modified by air oxidation or hydrogen peroxide solution and ammonia solution, and then oxidized at 400-600 ℃ in an air atmosphere. After treatment, various active oxygen-containing functional groups are generated on the surface of carbon fibers, with high surface energy, improved wettability with water, reduced contact angle, and excellent hydrophilicity, biocompatibility, and bioadhesion on the surface. When applying these two materials to wastewater treatment, due to their large specific surface area, reasonable pore size distribution, high adsorption, and high biocompatibility, in addition to adsorption, microorganisms attach to the surface of the material to form a biofilm, which uses organic pollutants as energy sources and degrades organic pollutants in the water through their own metabolism.

Detail
Carbon fiber water purification plant-复制
Carbon fiber water purification plant-复制

Carbon fiber water purification filler is a fibrous carbon material with good biocompatibility. This new material is based on carbon fibers, which are surface treated and modified by air oxidation or hydrogen peroxide solution and ammonia solution, and then oxidized at 400-600 ℃ in an air atmosphere. After treatment, various active oxygen-containing functional groups are generated on the surface of carbon fibers, with high surface energy, improved wettability with water, reduced contact angle, and excellent hydrophilicity, biocompatibility, and bioadhesion on the surface. When applying these two materials to wastewater treatment, due to their large specific surface area, reasonable pore size distribution, high adsorption, and high biocompatibility, in addition to adsorption, microorganisms attach to the surface of the material to form a biofilm, which uses organic pollutants as energy sources and degrades organic pollutants in the water through their own metabolism.

Detail

Company products

本站使用百度智能门户搭建 管理登录
京ICP备2023018479号-1