Advanced Water & Wastewater Engineering
Effluent Treatment Plants
EFFLUENT TREATMENT

Effluent Treatment Plants

Advanced Effluent Treatment. Engineered for Recovery.

Customized effluent treatment, recycling and zero-discharge solutions engineered for industrial wastewater applications, combining advanced treatment technologies with decades of process expertise.

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OVERVIEW

Engineered
around your water.

Shivsu Watec is a leading provider of Effluent Treatment Plants with decades of experience in water and wastewater treatment. We design and deliver customized ETP solutions for industries across India and global markets, covering effluent treatment, recycling, reject management and waste recovery. Our approach combines proven physico-chemical and biological processes with advanced membrane, oxidation and separation technologies to address complex industrial effluents while optimizing water recovery, footprint, operating costs and environmental performance.

Effluent Treatment Plants
Effluent Recycling Systems
Zero Liquid Discharge Solutions
Reject Management
Waste Recovery
Dissolved Air Flotation (DAF)
Clariflocculators
Membrane Bioreactor (MBR)
Ultra Filtration (UF)
Microfiltration
Ozonisation Systems
Advanced Oxidation Processes
Chemical & Physico-Chemical Treatment
Biological Treatment
Membrane Separation
APPLICATIONS

Designed for
real industries.

01Textile and Dyeing Industry
02Pharmaceutical and Chemical Industry
03Food and Beverage Industry
04Leather and Tannery Industry
05Pulp and Paper Industry
06Brewery Industry
TREATMENT PROCESS

From source
to solution.

Treatment stages are selected according to source-water characteristics, process requirements and final water quality objectives.

01

Effluent Characterization

The industrial process, wastewater composition, flow variation, contaminants and final treatment objectives are evaluated to determine the appropriate ETP configuration.

02

Primary Separation

Screening, clarification, DAF, oil-water separation and other physical or physico-chemical processes remove suspended solids, oils and other contaminants.

03

Biological Treatment

Biological processes such as activated sludge and MBR are selected to reduce biodegradable organic matter and achieve the required treatment performance.

04

Advanced Treatment

Membrane filtration, ozonisation, advanced oxidation and other specialized processes provide additional treatment for stringent discharge and water reuse requirements.

05

Recycling & Zero Discharge

Treated water can be further processed for reuse, while reject management and recovery systems can be integrated to support zero liquid discharge objectives.

INDUSTRIES

Built for
diverse industries.

01Textile
02Tanneries
03Beverages
04Sugar Mills
05Refineries
06Automobiles
07Pharmaceuticals
08Hotels & Resorts
09Chemical Industries
10Petrochemical Industries
11Municipal Applications
WHY THIS SYSTEM

Performance
by design.

Our systems are engineered to balance treatment performance, operational reliability, maintainability and long-term value.

01Complete effluent treatment and recycling solutions
02Zero liquid discharge capabilities
03Water recovery for reuse
04Advanced and application-specific technology selection
05Compact treatment plant configurations
06Reduced sludge generation with selected technologies
07Reduced chemical consumption with suitable treatment approaches
08Consistent treated effluent quality
09Turnkey project execution
10Value-engineered solutions
50+Years of Experience
42+Countries Worldwide
ZLDRecycle & Recovery
TECHNOLOGIES

Advanced
treatment technologies.

01
Ozonisation - CPR

An advanced effluent treatment approach developed for textile dyeing applications, supporting effective color and contaminant reduction while enabling water reuse with reduced chemical dependency.

02
Ozonisation - MBR

A combined ozone and membrane bioreactor approach applied to tannery, dyeing and other industrial effluents, offering compact treatment with reduced chemical addition and sludge generation.

03
Membrane Bioreactor

MBR combines biological treatment with membrane-based liquid-solid separation to provide consistent effluent quality, compact plant configuration and high-quality treated water.

04
Ultra Filtration

UF membranes retain suspended solids and high-molecular-weight substances while allowing water and lower-molecular-weight components to pass through for advanced treatment and reuse applications.

05
Microfiltration

Microfiltration uses microporous membranes to remove fine suspended contaminants and is suitable for applications requiring high-quality filtration.

06
Dissolved Air Flotation

DAF separates suspended solids, oils and other floatable contaminants by generating fine air bubbles that attach to the contaminants and carry them to the surface for removal.

FAQ

Questions
answered.

Have another question about the system or your application?

Shivsu Watec has developed effluent treatment solutions for industries including textiles, tanneries, beverages, sugar mills, refineries, automobiles, pharmaceuticals, hotels and resorts, as well as other industrial wastewater applications.

Yes. Solutions can cover complete effluent management, including treatment, recycling, reject management, waste recovery and zero liquid discharge depending on the wastewater characteristics and project objectives.

MBR combines biological treatment with membrane separation, allowing a compact plant configuration and consistent effluent quality. It can also support higher biomass concentrations and reduced sludge production compared with conventional biological treatment when properly designed and operated.

Selected advanced treatment configurations, including suitable ozonisation and membrane-based processes, can reduce chemical requirements and sludge generation. The achievable reduction depends on wastewater characteristics and the selected process configuration.

Yes. Shivsu Watec provides complete project solutions covering technology selection, engineering, equipment supply, system integration, installation, commissioning and technical support according to project requirements.

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