Surface water is sourced from lakes, rivers, and reservoirs present on the surface of the planet. It carries various dissolved and suspended impurities influenced by human activity and natural processes — including silt, organic matter, bacteria, heavy metals, and agricultural runoff.
To make surface water suitable for domestic and industrial use it must be comprehensively treated. Crearch Envirotech employs advanced membrane and filtration technologies to remove dissolved and suspended impurities, producing water that meets or exceeds applicable quality standards.
Ground water is one of the most critical sources of freshwater, but it is increasingly threatened by contamination from landfills, leaking sewers, agricultural chemicals, and effluents from industrial operations. Naturally occurring contaminants such as arsenic, fluoride, iron, and manganese also pose serious challenges.
Crearch Envirotech employs a range of proven technologies to treat contaminated ground water and restore it to safe and usable quality — including denitrification, membrane systems (UF, NF, MF), and advanced oxidation processes (AOP).
Approximately 96.5% of the Earth's water is sea water, making desalination one of the most strategically important technologies of our time. With freshwater scarcity intensifying globally — and particularly in coastal industrial clusters — desalination is no longer a niche solution but a mainstream water security strategy.
Crearch Envirotech designs and delivers Reverse Osmosis (RO) desalination systems using high-recovery sea water membranes. Our systems are engineered for energy efficiency, high salt rejection, and long operational life — producing water that meets drinking water standards or stringent industrial process requirements.
Every system designed to meet and exceed applicable CPCB / SPCB discharge and quality standards.
We use globally proven membrane brands and process designs that ensure consistent performance and longevity.
From commissioning to long-term O&M contracts — we keep your system operating at peak performance.
Our systems are engineered to maximise water recovery, minimise reject volumes, and reduce lifecycle costs.
Share your water source details and flow requirements — our engineers will design the right system for you.