Solution family
Water & Wastewater Treatment
Pure water. Precision engineering. Reliable performance.
Water and wastewater treatment systems: raw water made fit for use, sewage and effluent treated to the norm or reused, and zero liquid discharge.
Water & Wastewater Treatment · offerings
8 offerings, one team.
Each offering has its own page: how it works, what is included, where it is used and the questions clients ask.
From treatment to reuse
Wastewater is a resource worth recovering.
Combine engineered treatment processes, appropriate reuse technologies and intelligent controls to support sustainable water management.
- Engineered system
Water Treatment Plants (WTP)
Water shaped around its purpose. A change in the source can change everything downstream. A treatment system begins by understanding the water and the use it must serve.
- Engineered system
Aeration & Filtration Systems
Air and filtration, each with a job to do. Aeration and filtration address different treatment needs. Selecting them together still requires a clear purpose for each stage.
- Engineered system
Demineralization & Mixed Bed Plants (DM & MB)
Process water needs a defined quality target. When a process depends on low mineral content, the required quality must be translated into a treatment and regeneration basis.
- Engineered system
Ultrafiltration (UF) Systems
A physical barrier with a practical operating plan. Ultrafiltration needs more than membrane selection. Feed conditions, cleaning and operating discipline shape its usefulness.
- Engineered system
Sewage Treatment Plants (STP)
Used water. A considered next chapter. Sewage continues to arrive while operators manage changing occupancy and daily flow. Treatment needs to fit that everyday rhythm.
- Engineered system
Effluent Treatment Plants (ETP)
Start with the process behind the effluent. Two factories can produce very different wastewater. The production process, cleaning cycles and discharge pattern must inform the treatment basis.
- Engineered system
Common Effluent Treatment Plants (CETP)
Many sources need one shared treatment basis. Common treatment brings multiple contributors into a shared operating system. The inlet agreement matters as much as the plant itself.
- Engineered system
Zero Liquid Discharge (ZLD) Systems
Plan every stream, including what remains. A liquid-discharge objective is a whole-site water and residue question. Recovery stages and residual handling must be considered together.
How we deliver
Design. Build. Automate. Maintain.
What is included depends on the agreed contract.
- Design
Consultation, Feasibility & Detailed Engineering
Site assessment, feasibility, treatment process evaluation and engineering, so the plant is sized to your water and to the norm it must meet.
- Turnkey
Turnkey EPC & Design–Build
Design, supply, civil works, installation, automation and handover under a single contract, with one team answering for the result.
- Maintain
Operation & Maintenance (O&M)
Our team runs the plant day to day under an O&M contract: operation, dosing, sludge handling, preventive maintenance and the records that show it is working.
Knowledge
Explained simply.
- Guide
How a sewage treatment plant works
A plain-language guide to the stages of a sewage treatment plant, the main process choices from Extended Aeration to MBR, and how treated water is reused.
- Guide
What is zero liquid discharge
What zero liquid discharge means, why Indian industries adopt it, how the treatment train works from pre-treatment to dryer, and where the solids go.
Where it applies
Industries and sites.
Planning water & wastewater treatment work?
Share your site, flow and the norm you must meet. An engineer will review it and recommend the process.