Топ-100
Terraforming Market
Clean water

Technologies of water purification from complex pollutants for sustainable development

Energy-efficient installation for industrial, transport and other enterprises
Eco-friendly treatment of industrial wastewater from oils and oil, heavy metals
Proven wastewater treatment solutions for industrial and municipal customers
Solution for agriculture, food and beverage processing industry.
Solution for the removal and recovery of copper and chromium from industrial wastewater.
Biologically derived materials for industrial water treatment
Experts in the field of wastewater treatment
  • American Society of Civil Engineers (ASCE)
    professional organization of civil engineers. ASCE provides recommendations on the design and operation of wastewater treatment plants.
  • Water Environment Federation (WEF)
    it is a professional organization of specialists in water supply and wastewater treatment. WEF provides recommendations for wastewater treatment and management.
  • United States Environmental Protection Agency (EPA)
    is a federal agency that regulates wastewater treatment. The Environmental Protection Agency sets standards for wastewater treatment and monitors the operation of wastewater treatment plants.
  • Dr. James M. Tiji
    Honorary Professor of Environmental Microbiology at Michigan State University. He is a world-renowned specialist in the microbiology of wastewater treatment.
  • Dr. David A. Noll
    Professor of Civil and Environmental Engineering at the University of California, Davis. He is an expert in the design and operation of wastewater treatment plants.
  • Dr. David L. Candiff
    Professor of Environmental Engineering at the University of North Carolina at Chapel Hill. Specialist in industrial wastewater treatment.
  • Dr. John A. Crites
    Professor of Civil and Environmental Engineering at the University of Texas at Austin. A specialist in storm water treatment.
  • Dr. Charles P. Herba
    Professor of Environmental Microbiology at the University of Arizona. He is an expert in the field of health risks associated with wastewater.
With the rapid development of industry and the growing need for clean water, water purification technologies from complex pollutants are becoming an integral part of sustainable development. Complex pollutants, such as oil, oils, heavy metals and organic compounds, pose serious challenges to the ecological integrity of water resources. In this article, we will look at innovative technologies designed to effectively purify water from complex pollutants and ensure sustainable development.
One of the key technologies in the field of water purification from complex contaminants is the use of integrated water purification systems. These systems combine various methods and processes, including physico-chemical treatment, biological purification and the use of specialized filters and membranes. Integrated water purification systems provide a high degree of removal of oil, oils, heavy metals and other complex contaminants, guaranteeing high water quality and compliance with environmental standards.

Another effective technology for water purification from complex contaminants is the use of specialized membranes. Membrane technologies use semi-permeable membranes to capture and remove various contaminants from water. They have high selectivity and effectively remove organic compounds, including oil, as well as metals and other contaminants. Membranes for water purification from organic compounds and heavy metals are proven solutions used in the food and beverage processing industry, as well as in agriculture.

For industrial enterprises where the removal of specific contaminants is especially important, there are specialized solutions. For example, solutions for the removal and recovery of copper and chromium from industrial wastewater are of considerable interest. The highly selective adsorbent PFAS (polyfluoroalkyl substances) is widely used to remove this class of pollutants from water. PFAS are a real problem because of their resistance, toxicity and potential threat to the environment and human health. The highly selective adsorbent PFAS has the ability to effectively bind and remove these substances, ensuring water safety and reducing the negative impact on ecosystems and public health.

As awareness of the importance of sustainable development grows, research and development in the field of water purification from complex pollutants continues to lead to new innovative solutions. Eco-friendly methods of wastewater treatment, such as chlorine-free treatment, ozonation and plasma disinfection, are becoming increasingly popular and effective. They not only provide a high degree of purification, but also reduce the negative impact on the environment and human health.

Water purification technologies from complex pollutants play an important role in achieving sustainable development, providing access to clean drinking water, protecting ecosystems and reducing the negative effects of industrial and municipal wastewater. Continued research and innovation in this area opens up new prospects for solving the problem of water pollution and creating a more sustainable future environment for everyone.
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