Industrial wastewater is generated from a wide variety of production and processing processes. Depending on the different industry properties, industrial wastewater can be composed of various organic and inorganic components such as oils, fats, alcohols, heavy metals, acids, alkalis and etc. This type of wastewater must be pretreated before recycle and reuse for internal purpose, or before discharge to public sewage treatment plants and the nature.
In recent years, the combination of membrane separation technology and traditional wastewater treatment processes has increasingly shown its advantages. Typical industrial wastewater treatment process with membrane separation technology are shown below.
Membrane Bioractor MBR - combined with bioreactor to enhance the effectiveness of biological treatment;
Nano-filtration membrane technology (NF) - high efficiency softening, desalination and recovery of raw water;
Tubular membrane technology (TUF) - combined with coagulation reaction to enable effective removal of heavy metals and hardness
Double-membrane wastewater reuse (UF+RO) – recovery, recycle and reuse of treated wastewater;
High pressure reverse osmosis (DTRO) – concentration treatment of high COD and high solids wastewater.
Reliable performance to accommodate changes in wastewater volume and industrial wastewater loads; safe operation even under harsh climatic conditions.
Low demand for chemicals, lower operating costs.
Modular design for easy maintenance and low upgrade costs.
Simple automated operation to maintain low operation costs.
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