Features:

• Maintenance free
• Rugged construction
• PLC control system

Principle of Osmosis:

When a semi-permeable membrane is used for separating liquids having different concentrations, the fluid achieves chemical potential equilibrium by moving between concentrations i.e., low to high solute. This minimizes the concentration differences of solutions. On mixing two different concentrated solution, the overall quantity of solutes gets distributed equally. The solutions are put in separate compartments, where semi-permeable membrane divides the solutions. This membrane permits movement of solutes only, hence it restricts the solutions being mixed.

In the process of reverse osmosis, solvent is forced by pessure in excess of that of osmotic, to move from high solute concentration to a lower one. The membranes used for durable RO plant have a polymer matrix, wherein it has a dense layer and in this layer maximum separation takes place.

Specification:

• Constructed with robust mild steel powder coated frame, the plant is compact in built
• Produces crystal clear water that is pleasant in taste
• Excellent efficiency with removal of up to 95% of total dissolved solids (TDS) or salinity
• Offered in varied capacities, ranging from 400l/h to 3000 l/h
• Complete protection to high pressure pump and membranes owing to its built in safety features
• Options of varied models are available for handling waters with TDS levels between 1500 to 2500 ppm
• Fully assembled and stringently tested before dispatch for assuring high end efficiency
• On-line devices are provided with the plant in order to monitor the treated water quality

Advantage:

• The removal process of dissolved solids is highly economical and efficient
• Occupies less floor space for installation, the plant is easy to install
• Capable of withstanding fluctuations in feed water total dissolved solids
• The spares and servicing of this plant is readily available
• Delivered in short time period

Applications

• In restaurants, hotels, hospitals and residences for hygienic and healthy drinking water
• Mineral water plants
• Dialysis units of hospitals
• For reducing regeneration chemicals, it is the best alternative to demineralization plants

Working

Pre-Treatment

• Clarification of water
• Sand filtration
• Water softening for reducing the hardness
• Water is passed through activated carbon filters
• Final removal of suspended particles using cartridge filters

Post-Treatment

• Oznonation
• Ultra-violet
• Chlorination Systems

Technical specifications

• Voltage: 5 HP
• Duty Cycle: 12 h
• Production Capacity: 100 LPH (Liter per hour) to 100 M3 per hour
• Output TDS: 400 TDS to 45,000 TDS
• Membrane: 4 No 4040
• Dimensions: 4’ x 2’ x 4’ (l x b x h)
• Inlet Water Pressure: 7 Kg to 14 Kg
• Filter Cartridge: 3 No 20’ each
• Booster Pump: Multi Stag

Features:

• Maintenance free
• Rugged construction
• PLC control system

Principle of Osmosis:

When a semi-permeable membrane is used for separating liquids having different concentrations, the fluid achieves chemical potential equilibrium by moving between concentrations i.e., low to high solute. This minimizes the concentration differences of solutions. On mixing two different concentrated solution, the overall quantity of solutes gets distributed equally. The solutions are put in separate compartments, where semi-permeable membrane divides the solutions. This membrane permits movement of solutes only, hence it restricts the solutions being mixed.

In the process of reverse osmosis, solvent is forced by pessure in excess of that of osmotic, to move from high solute concentration to a lower one. The membranes used for durable RO plant have a polymer matrix, wherein it has a dense layer and in this layer maximum separation takes place.

Specification:

• Constructed with robust mild steel powder coated frame, the plant is compact in built
• Produces crystal clear water that is pleasant in taste
• Excellent efficiency with removal of up to 95% of total dissolved solids (TDS) or salinity
• Offered in varied capacities, ranging from 400l/h to 3000 l/h
• Complete protection to high pressure pump and membranes owing to its built in safety features
• Options of varied models are available for handling waters with TDS levels between 1500 to 2500 ppm
• Fully assembled and stringently tested before dispatch for assuring high end efficiency
• On-line devices are provided with the plant in order to monitor the treated water quality

Advantage:

• The removal process of dissolved solids is highly economical and efficient
• Occupies less floor space for installation, the plant is easy to install
• Capable of withstanding fluctuations in feed water total dissolved solids
• The spares and servicing of this plant is readily available
• Delivered in short time period

Applications

• In restaurants, hotels, hospitals and residences for hygienic and healthy drinking water
• Mineral water plants
• Dialysis units of hospitals
• For reducing regeneration chemicals, it is the best alternative to demineralization plants

Working

Pre-Treatment

• Clarification of water
• Sand filtration
• Water softening for reducing the hardness
• Water is passed through activated carbon filters
• Final removal of suspended particles using cartridge filters

Post-Treatment

• Oznonation
• Ultra-violet
• Chlorination Systems

Technical specifications

• Voltage: 5 HP
• Duty Cycle: 12 h
• Production Capacity: 100 LPH (Liter per hour) to 100 M3 per hour
• Output TDS: 400 TDS to 45,000 TDS
• Membrane: 4 No 4040
• Dimensions: 4’ x 2’ x 4’ (l x b x h)
• Inlet Water Pressure: 7 Kg to 14 Kg
• Filter Cartridge: 3 No 20’ each
• Booster Pump: Multi Stag