Sea water treatment plants cleanse the water and remove contaminants from the sea. Sea water can be obtained from two sources: open sea water intake and sea water wells. You must accurately assess the sea water chemistry and have a fundamental understanding of how the sea water system operates to have the right and most efficient sea water treatment system. Chemical pollutants, bacteria, poor tastes, odours, and stains must all be evaluated and assessed prior to selecting a treatment plant. Sulfate, chloride, sodium, magnesium, carbon, boron, strontium, fluoride, and other elements must all be checked. Membrane processes and thermal processes are the two most extensively used and commercially available technologies for sea water desalination. When selecting a treatment facility for sea water, you must also consider the intended use of the treated water. Desalinating sea water is often more expensive than fresh water from rivers or groundwater, water recycling, and water conservation due to its energy consumption. However, these options are not always available, and reserve depletion is a major issue around the world.
RO Plant is acknowledged as Reverse Osmosis Plant. It is the manifestation of water flow through a semi penetrable membrane that wedges the transport of salts or other solutes through it. Reverse Osmosis is an essential effect in all organic organizations. It is only applied in the direction for water purification and distillation, waste material treatment, and many other chemical and biochemical laboratory and industrial processes.
RO removes most organic compounds and up to 99% of all top soil and ions. Reverse Osmosis Works By Using A High Pressure Pump To Increase The Pressure Of The Pre-Treated Water And Force The Water Across The Semi-Permeable Ro Membrane, Leaving Almost All (Around 90% To 99%) Of Dissolved Salts Behind In The Reject Stream.
Flow | :0.2M3/hr to 100M3/hr |
Inlet TDS | UPTO 42000ppm |
PERMETE TDS | 90 TO 99% REMOVAL FROM INLET PPM |
Flux DESIGN | 15 lmh to 30 lmh |
Temperature | 5-85º C |
Type of Membranes | BW/SW/LF/HS |
SDI | < 3 at inlet |
Control Panel Type | Microprocessor / hmi display with PLC / Scada |
Flow Measurement | Rota meter / digital flow meters/Flow Transmitter |
multi grade filter | Reduce Turbidity & Total Suspended Solids |
activated carbon filter | Remove Colour,odor,toxicity etc. |
Micron Cartridge Filters | 20 micron & 5 Micron cartridges |
High Pressure Pump | SS 304 & 316 ALL WETTED PARTS |
RO Skid | SS/MSEP |
PERMETE WATER Micro oraganisms | NILL (Require UV IN PRODUCT LINE) |
PERMETE WATER PH | 7.0 (+/- 0.5) |
PERMETE WATER COLOUR | NILL |
PERMETE WATER ODOR | NILL |
PERMETE SILICA | BELOW LIMIT |
RECOVERY | 30% TO 95% |
O&M | WE MAINTAIN PLANT AS PER NEED |
Low Pressure Switch | To Protect HPP From Dry Run |
High Pressure Switch | TO CONTROL PRESSURE |
Floaty | Auto on/off |
Dosing System | As per DESIGN |
differential pressure transmeter | Indicate Membrane Cleaning time |
online tds meter | Measure tds |
online ph meter | Measure ph |
orp meter | Measure Oxidation Value |
clean in place(cip) system | For Maintenance |
op 485/ data logger | to check all parameters |
overload protection | RWP & HPP ARE INTERLINK & PROTECTION FROM OVERLOAD |
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