Complete EPC execution across Water Treatment, ETP, STP, Desalination, High Purity Water, De-mineralization, Drinking Water, and ZLD systems.
Every project we undertake falls under our Projects business vertical, which spans eight core categories — from foundational water treatment and effluent treatment systems through to our speciality area of water recycling and zero liquid discharge.
A project might be as focused as supplying and installing a single de-mineralization unit for boiler feed water, or as comprehensive as a full ZLD train combining pretreatment, biological treatment, tertiary polishing, RO, and evaporation. Whatever the scope, the same design discipline applies: understand the water or effluent characteristics, select appropriate technology, and engineer for long-term reliability.
Pretreatment equipment protects downstream processes by removing large debris, oils, and suspended solids at the very start of the treatment chain. Below are the core pretreatment technologies we deploy, each suited to different types of incoming waste streams.
Oil Skimmers are remediation devices used to remove oil from the surface of water, solvents, cleaning solutions, and other fluids.
There are two basic types of oil skimmers. One type is used to filter and remove oil, debris, and unwanted materials.
The other type is used to recover or capture oil in a usable state. Typically, this second type of skimmer is used to clean up oil spills in factories, refineries, and bodies of water.
For industries such as automotive, food processing, and oil & gas, free oil and grease in the wastewater stream can severely impact biological treatment efficiency by coating biomass and reducing oxygen transfer. Removing this oil early — before it reaches the biological stage — keeps downstream processes operating efficiently.
Drum Screen is an internally fed rotating drum screen built for heavy pretreatment applications such as draining, mud thickening, and sandy or industrial wastewater treatment.
The rotating drum design provides continuous, automated screening with minimal manual intervention — an important consideration for plants that operate around the clock or with limited on-site staff.
Regardless of project category, our execution follows a consistent lifecycle designed to minimize surprises and maximize plant performance over time.
We gather data on your water source or effluent stream, flow rates, available space, and discharge or reuse goals.
Our engineers propose a treatment train, selecting technologies from pretreatment through sludge management.
Civil, mechanical, electrical, and automation work is coordinated to deliver the plant on schedule.
Trial runs and performance verification ensure the plant meets design specifications before handover.
Spares, chemicals, and retention-based services keep the plant performing for years to come.
Tell us about your requirements — capacity, industry, and location — and our team will respond with a technical proposal.