RO Chemicals

Prevention

100%

Efficiency

Reverse Osmosis Chemicals by UNIC CHEM

UNIC CHEM offers a comprehensive range of Reverse Osmosis (RO) chemicals, including antiscalants, cleaning chemicals, and biocides. These products are designed to address various scales and slime formations caused by inorganic and organic impurities present in water.

INDO 6203

UNIC CHEM’S RO Antiscalant Chemical is a liquid antiscalant for RO membrane systems. It effectively controls inorganic scales of calcium, magnesium, barium, strontium, fluoride, iron, and silica. When used continuously, it ensures over 80% reduction in scaling tendencies.

Effective for Waters With:
- LSI up to +2.7
- Iron up to 1.4 ppm in reject
- Silica up to 175 ppm (or mg/l)

Benefits:

Effective scale inhibition
Cost-effective
Effective iron fouling control by sequestration
Reduced frequency of membrane cleaning
Compatible with all types of membranes
Completely organic and biodegradable
Effective in the presence of chlorine and hardness up to 1000 ppm
Excellent scale inhibition
Safe to handle and use

INDO 7203

UNIC CHEM’S High Silica RO Antiscalant is specifically designed for controlling the deposition of inorganic scales and higher levels of silica and metal oxides in RO membrane feed water. It helps control silica scales and is ideally suited for increasing membrane life and reducing unscheduled shutdowns for cleaning operations.

Effective for Waters With:
- LSI up to +2.5
- Iron up to 1.5 ppm in reject
- Silica up to 325 ppm (or mg/l) in reject

Benefits:

Effective scale inhibition
Cost-effective
Effective iron fouling control by sequestration
Reduced frequency of membrane cleaning
Compatible with all types of membranes
Completely organic and biodegradable
Effective in the presence of chlorine and hardness up to 1000 ppm
Excellent scale inhibition
Safe to handle and use

UNIC CHEM’s antiscalants reduce membrane scaling or fouling tendencies, providing sustained performance for longer periods, thereby reducing unscheduled shutdowns and cleaning costs.