Sewage Treatment Engineering
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This solvent recovery system utilizes Siemens PLC, frequency conversion, and a touch screen controller for stable and safe operation. The system employs steam desorption and adsorbent regeneration, extending the adsorbent's service life.

This belt filter press is advanced equipment designed for solid-liquid separation in industrial wastewater. It is suitable for use in cleaned coal, tail coal, metallurgical sludge, paper making, and chemical industries.

This system is designed for oil tankers with a gross tonnage of 150 tons and above. It monitors all discharges overboard of oil-contaminated water.

This 15 ppm bilge alarm is designed for use with oily water separators. It monitors the oil content of bilge water and alarms when the concentration exceeds 15 parts per million (ppm).

This system efficiently processes sewage. A central settling tank is a key component of the treatment process.

This advanced system is designed for the efficient removal of pollutants and contaminants from wastewater. It utilizes biological processes and physical separation techniques to achieve high-quality effluent.

This comprehensive plant features processing towers, sedimentation basins, and effluent discharge infrastructure. It's constructed with durable materials for long-term reliability and efficient operation.

This large-scale system uses reverse osmosis to treat industrial wastewater. Its multi-stage filtration process incorporates membrane modules and an electrical control panel.

This hydropower station is a major engineering project featuring a large concrete dam. The station harnesses the energy of water to generate electricity, contributing to renewable energy resources.

These ductile iron pipes are manufactured to EN598-2007 standards. The high alumina cement lining provides enhanced corrosion resistance and durability for sewage treatment engineering.

These ductile iron pipes conform to BS EN545-2010 standards. They are designed for the conveyance of potable water and wastewater under pressure, featuring a blue external coating for corrosion resistance.

Ductile iron pipes are designed for water and sewage infrastructure projects. Their strength and corrosion resistance make them a reliable choice for demanding environments.

Ductile iron pipes are designed for water and sewage treatment engineering. These pipes are known for their strength, durability, and resistance to corrosion.

Ductile iron anchored joint pipes are designed for water conveyance and distribution systems. These pipes feature robust mechanical connections to prevent separation under pressure and external loads.

This mud scraper is designed for use in circular sewage treatment tanks. It efficiently removes settled solids from the base of the tank, directing sludge to a central collection point.

This circular clarifier is designed for the separation of solids from liquids in sewage treatment processes. It features a large circular tank with a central rotating mechanism for efficient settling and removal of sludge.

This industrial dosing system is designed for precise chemical storage and controlled addition. It is composed of a series of interconnected vertical cylindrical tanks with fittings, gauges, and control elements.

Large cylindrical tanks used for clarifying wastewater. They are designed for the separation of solids from liquids through stirring and settling processes.