Products

Sewage Treatment Plant (STP)

Advanced wastewater treatment solutions engineered for efficiency, sustainability and compliance — recovering clean water for reuse while protecting the environment.

Overview

What is Sewage Treatment?

Sewage Treatment is the process of removing contaminants, harmful microorganisms, suspended solids and other impurities from wastewater generated by residential, commercial, hospitality and industrial facilities. Raw sewage typically includes wastewater from toilets, bathrooms, kitchens, laundry areas, sinks and other utility sources.

At PAR-PACT, we provide advanced Sewage Treatment Plant (STP) solutions designed to treat wastewater effectively through physical, chemical and biological treatment processes. The treated water can be safely reused for gardening, flushing, landscaping, cooling towers and various non-potable applications — helping reduce freshwater consumption and promote sustainable water management.

Our STP systems are engineered for high efficiency, low operational cost, minimal maintenance and compliance with environmental discharge standards.

Technologies

Our Sewage Treatment Technologies

A complete portfolio of biological and advanced treatment processes — selected and engineered to match your effluent profile, site footprint and reuse goals.

SBR MBR MBBR AOP

01 · SBR

Sequential Batch Reactor (SBR)

An advanced biological treatment technology where wastewater is treated in batches within a single reactor through stages of filling, aeration, settling and decanting.

Key Features

High treatment efficiency
Compact and space-saving design
Low sludge generation
Fully automated operation
Energy-efficient performance
Suitable for varying sewage loads

Applications

Residential complexes
Hotels and resorts
Commercial buildings
Hospitals and institutions
Industrial facilities

02 · MBR

Membrane Bio Reactor (MBR)

Combines biological treatment with advanced membrane filtration to produce superior quality treated water suitable for reuse and recycling applications.

Key Features

Excellent treated water quality
Minimal space requirement
Effective removal of suspended solids and bacteria
Odour-free operation
High water recovery efficiency
Ideal for water reuse applications

Applications

High-rise residential buildings
IT parks and shopping malls
Hotels and hospitals
Industrial wastewater treatment
Water recycling projects

03 · MBBR

Moving Bed Biofilm Reactor (MBBR)

An efficient biological treatment process that utilises specially designed bio-media carriers to support microbial growth for effective wastewater treatment.

Key Features

High biological treatment efficiency
Flexible and scalable system design
Low maintenance requirements
Resistant to shock loads and fluctuations
Easy installation and operation
Reduced operational costs

Applications

Municipal sewage treatment
Industrial wastewater treatment
Residential and commercial projects
Existing plant upgrades and retrofits

04 · AOP

Advanced Oxidation Process (AOP)

A highly effective treatment technology that generates powerful hydroxyl radicals to oxidise and break down complex organic pollutants, colour, odour and harmful microorganisms into environmentally safe compounds.

Key Features

Effective removal of refractory organic compounds
Reduces COD, BOD, colour and odour
High disinfection efficiency
Enhances treated water quality
Suitable for water recycling and reuse
Environmentally friendly treatment process

Applications

Industrial wastewater treatment
Pharmaceutical industries
Textile and dyeing industries
Chemical processing plants
Food and beverage industries
Water recycling and reuse projects

Project Gallery

Our STP Installations

A look at our sewage treatment plants designed, installed and commissioned for reliable, long-term performance.

Sewage Treatment Plant

STP Installation

STP Plant View

STP System

Looking for the right STP technology for your project?

Our engineering team will help you choose between SBR, MBR, MBBR and AOP — sized to your flow, footprint and reuse requirements.

Request a Quote