Industrial wastewater treatment plant I.SU-TS

Comprehensive wastewater treatment plants are engineered water management systems designed for the advanced treatment of wastewater generated by industrial processes.

Industrial effluent is always variable.
Today — oils and suspended solids.
Tomorrow — heavy metals.
The day after — high concentrations of organic matter.

For this reason, comprehensive wastewater treatment plants are not designed using standard templates, but are engineered according to the specific water composition and discharge requirements.

The objective of the treatment system is to bring effluent parameters into compliance with regulatory standards and ensure the environmental safety of the enterprise.

Comprehensive wastewater treatment plants are built on a modular principle.
Each treatment unit performs a specific function.

Depending on the nature of contaminants, the following treatment stages may be implemented:

Removal of insoluble components using physico-chemical methods

Removal of organic compounds through adsorption

Precipitation of heavy metals

Removal of phenols, ammonia, and aromatic hydrocarbons by degassing or stripping

Biological treatment of organic pollutants

The technological scheme is selected individually after laboratory analysis of wastewater samples.

Depending on discharge quality requirements, comprehensive wastewater treatment plants may additionally be equipped with:

Reverse osmosis systems

Ultraviolet disinfection units

Sorption polishing units

The equipment can be supplied in above-ground or underground configurations.

Receiving tanks and mixing chambers are manufactured from composite polymer materials or stainless steel.
Chemical-resistant dosing and solution preparation systems are used for reagent injection.

All process units are equipped with modern instrumentation and control systems (I&C), energy-efficient power installations, and corrosion-resistant shut-off and control valves.

Customized Engineering
Pre-design work includes sampling and laboratory analysis of wastewater, followed by development of a tailored treatment scheme.

High Treatment Efficiency
Allows discharge into fishery water bodies or reuse in industrial processes.

Structural Strength and Durability
Materials and components are selected to withstand aggressive environments and long-term operation.

Reliability and Stability
Designed for continuous operation without frequent shutdowns.