Efficient Wastewater Treatment for a Cleaner Future
Sewage Treatment Plants play a critical role in treating domestic and municipal wastewater before it is discharged into the environment or reused. Proper sewage treatment helps protect rivers, lakes, groundwater and public health while supporting sustainable water management.
Engineered for the full treatment journey
From incoming sewage to suitable treated-water reuse.
India's sewage treatment challenge
India continues to face a significant gap between sewage generation and treatment capacity. These figures highlight the need for energy-efficient and environmentally sustainable sewage treatment solutions.
61,754 MLD
Approximate sewage generation
22,963 MLD
Available sewage treatment capacity
38,791 MLD
Sewage without corresponding treatment capacity
With increasing urbanization and water demand, effective sewage treatment is becoming an essential part of sustainable infrastructure.
We provide sewage treatment solutions designed around project requirements, wastewater characteristics, available space and desired treated-water quality. Systems can be designed for residential communities, commercial buildings, hotels, hospitals, institutions, industries and municipal applications.
Engineered treatment for responsible discharge, reliable reuse and a cleaner water future.
A modern Sewage Treatment Plant generally consists of several connected stages, each with a defined treatment purpose.
Screens and grit-removal systems remove large solids, plastics, sand and other coarse materials.
Suspended solids and settleable organic matter are removed through sedimentation.
Microorganisms break down dissolved and biodegradable organic pollutants.
Biological solids are separated from the treated wastewater.
Additional filtration and nutrient or pollutant removal can be provided when higher-quality treated water is required.
UV, chlorination or other technologies may be used to reduce pathogens.
Sludge is thickened, stabilized, dewatered and managed appropriately.
A properly designed STP helps protect the environment while creating more resilient water systems.
Of rivers, lakes and groundwater
By treating domestic and municipal wastewater
For landscaping, flushing and other suitable applications
For industries, residential developments and municipalities
Reduces the environmental impact of untreated sewage
Converts wastewater into a resource for water reuse
Treated wastewater can potentially be reused for non-potable applications such as gardening, landscaping, toilet flushing, construction and certain industrial processes, subject to the required treatment quality and applicable regulations.
The right system balances project requirements, wastewater characteristics, available space, desired treated-water quality and reuse objectives.
Building a water-secure future
Well-designed STPs can convert wastewater from an environmental burden into a valuable resource for water reuse.
MLD / KLD
Required outlet quality
Available footprint
Operating requirements
Control and visibility
Stabilization and handling
Reuse objectives
Long-term operation
Our STPs are engineered according to sewage characteristics, treatment requirements, available space, operating conditions and treated-water reuse objectives.
The approved technical content references CPCB material across these established treatment approaches. Actual treatment performance depends on the upstream biological process, process configuration, operating conditions and required effluent quality.
MBBR uses specially designed bio-media to support microbial growth and biological treatment.
Applications
Residential complexes, hotels, hospitals, commercial buildings, schools, institutions and industries.
Sequencing Batch Reactor (SBR) is a batch-based biological treatment process in which aeration, biological treatment, settling and decanting are carried out in a controlled sequence.
Applications
Apartments, townships, hotels, hospitals, institutions and commercial developments.
Membrane Bioreactor (MBR) combines biological treatment with membrane filtration to produce high-quality treated wastewater.
Applications
Premium residential projects, hotels, hospitals, commercial complexes, institutions and water-reuse projects.
ASP is a conventional biological wastewater-treatment technology in which microorganisms break down biodegradable organic matter under controlled aeration.
Applications
Municipal projects, residential developments, institutions, commercial facilities and large wastewater-treatment systems.
Extended Aeration is a variation of the activated-sludge process that provides longer biological retention and aeration conditions to promote stable treatment.
Applications
Residential societies, schools, hospitals, hotels, offices and institutional facilities.
Upflow Anaerobic Sludge Blanket (UASB) technology uses anaerobic microorganisms to treat wastewater while producing biogas as a by-product.
Applications
Large-scale municipal and suitable high-flow sewage-treatment projects.
Biological Nutrient Removal (BNR) processes are designed to provide enhanced removal of nutrients such as nitrogen and, depending on the process configuration, phosphorus.
Applications
Projects requiring enhanced nutrient removal and more stringent treated-water requirements.
Where higher treated-water quality is required, tertiary treatment and disinfection systems can be integrated with the biological STP.
Our team can evaluate your project requirements and recommend an STP technology that balances treatment performance, footprint, operating requirements, energy consumption and water-reuse objectives.
Selection factors
STP systems can be designed for a broad range of residential, commercial, institutional, hospitality, healthcare, industrial and municipal requirements.
Complexes, apartments and townships
Hotels and commercial developments
Hospitals and care facilities
Schools and institutional facilities
Industrial and wastewater-treatment systems
Large-scale municipal projects
Talk to our engineering team about your flow rate, water quality and treatment requirements.
