Skip to content Skip to footer
R.O Plant Water Treatment Chemicals.

How it works

R.O Plant Water Treatment involves chemical dosing that protects membranes and optimizes system efficiency. Trio’s specialized products are designed to work together in a comprehensive treatment program:

Scale Control:
TCT-4000, a polymer-based antiscalant, prevents the deposition of calcium carbonate, calcium sulfate, and other hardness salts on R.O membranes — ensuring maximum flow and salt rejection efficiency.

Microbial Control:
TCT-4100 biocide eliminates bacterial and algal growth in feed water, preventing biofouling that can reduce membrane lifespan.

Chlorine Removal:
TCT-4150, an SBS-based dechlorination agent, removes residual chlorine from feed water to prevent oxidative damage to delicate membrane surfaces.

Membrane Cleaning:

TCT-4200 (Alkaline Cleaner) removes organic, biological, and colloidal foulants.

TCT-4250 (Acidic Cleaner) dissolves inorganic scales like calcium carbonate and iron deposits.

Through proper chemical dosing and monitoring, Trio ensures your R.O system maintains optimum recovery rates, lower energy consumption, and prolonged membrane life.

TCT-4000

Polymer base anscalant for Brackish & Sea water R.O plant.

TCT-4100

Biocide for R.O feed water Treatment.

TCT-4150

SBS Base dechlorinaon agent in R.O feed water.

TCT-4200

Alkaline cleaner for R.O membranes.

TCT-4250

Acidic cleaner for R.O membranes.

Trio Chemical Technologies (Pvt.) Ltd. offers a complete range of R.O Plant Water Treatment Chemicals that enhance system performance, extend membrane life, and ensure consistent water purity.

Our advanced formulations are suitable for brackish water, seawater, and industrial R.O plants, providing effective solutions for scaling, fouling, oxidation, and bacterial contamination.

R.O Plant Water Treatment Chemicals

Reverse Osmosis (R.O)

systems are vital for producing high-quality purified water. Over time, R.O membranes can become fouled by scale, organic matter, or microbial growth, leading to reduced flow rates and higher operational costs.