Filtration and Screening Technologies in the Water Treatment Industry

The water treatment industry involves the purification and treatment of water sources to ensure they meet the standards for drinking water and industrial use. This industry encompasses multiple fields such as wastewater treatment, drinking water treatment, and water reuse, employing various physical, chemical, and biological techniques to remove pollutants and harmful substances from water. With the increasing global focus on water resource protection and sustainable development, the water treatment industry is continuously innovating to enhance treatment efficiency and environmental standards, in order to address the increasingly severe issues of water resource scarcity and water pollution.

Common issues encountered in the filtration and screening processes of water treatment include membrane fouling, particle blockage, and reduced filtration efficiency. Membrane fouling can lead to decreased water flow and increased treatment costs, while particle blockage may affect the normal operation of equipment. Additionally, uneven particle distribution and the turbidity of the processing liquid during screening can also impact the final water quality, thereby increasing the difficulty of subsequent treatment.

• Water quality does not meet standards
• Uneven flow rate
• Chemical components in water react chemically with the filtration medium
• Expensive maintenance and replacement costs

• Drinking water treatment plant. Used to purify tap water, ensuring water quality meets drinking standards.
• Wastewater treatment plant. Handles industrial and domestic sewage, reduces environmental pollution, and recycles reusable water resources.
• Industrial water treatment. Provides high-quality process water for industries such as manufacturing, chemicals, and energy, ensuring smooth production processes.
• Agricultural irrigation. Improves the quality of irrigation water through water treatment technology, promoting healthy crop growth.
• Urban drainage systems. Applying water treatment technologies in urban infrastructure to prevent cross-contamination of rainwater and sewage.
• Water landscapes and ecological restoration. Utilizing water treatment technologies to improve water quality and restore ecological environments in places such as parks, lakes, and wetlands.
• Vessels and offshore platforms. Conducting seawater desalination and wastewater treatment on vessels and offshore oil platforms to ensure safe navigation and operations.

Perforated Metal Sheet

Perforated Metal Tube

Flat Wedge Wire Screen Panels

Filter Nozzle

By enhancing the treatment and management of sewage and wastewater, promoting the recycling of water resources, we can better protect water resources, promote sustainable development, ensure the quality and availability of water, and create a more environmentally friendly living environment for the future.

• Improve product filtration accuracy
• Reduce maintenance costs
• Enhance product chemical stability
• Extend the service life of equipment

Wedge Wire Filter Nozzle for Water Treatment Sand Filter Tank