Description

Table of Contents
Product Overview:
The industrial-grade RO Plant is an engineering-grade, heavy-duty commercial reverse osmosis purification system engineered specifically for contemporary residential kitchens, apartment dining spaces, executive office suites, and medical clinics. Built with skid-mounted stainless-steel frames, multi-stage FRP pretreatment vessels, high-pressure vertical centrifugal booster pumps, semi-permeable thin-film composite polyamide membranes, and centralized PLC electrical control panels, this RO Plant delivers continuous high-volume purified water production on demand. It connects seamlessly to any multi-stage Reverse Osmosis purification sequence to eliminate harmful dissolved chemicals, heavy metals, total dissolved solids, and microbial pathogens directly from pipeline supplies.
In Bangladesh, municipal water lines and groundwater aquifers frequently carry elevated concentrations of dissolved iron, heavy mineral hardness, industrial effluents, and aggressive particulate contaminants. Operating commercial factories, pharmaceutical labs, or bottling plants without high-efficiency reverse osmosis treatment leads to rapid equipment scaling, product contamination, boiler tube corrosion, and failure to meet strict BSTI potability benchmarks. Furthermore, relying on commercial 20-liter manual water jars introduces secondary contamination risks from poorly sanitized containers. Installing the dedicated RO Plant provides an impenetrable molecular filtration barrier, safeguarding whole families and corporate staff while eliminating recurring bottled water procurement expenses.
Key Features of RO Plant:
• High-Rejection Polyamide Membranes: Integrates premium spiral-wound polyamide membrane elements that reject 98% to 99.5% of dissolved mineral salts, heavy metals, and silica.
• Comprehensive Integrated Pre-Treatment Skid: Incorporates automated multimedia sand filters, activated carbon beds, and water softening or antiscalant dosing to prevent membrane fouling.
• Vertical Multistage Centrifugal Booster: Driven by an industrial-grade stainless-steel high-pressure pump providing steady hydraulic velocity with optimized energy consumption.
• Automated Centralized Electrical Control: Houses programmable logic controllers (PLC), flow rotameters, dual conductivity meters, and high/low pressure cut-off safety switches.
• Rigid Stainless-Steel Skid Architecture: Mounted on a structural SUS304 stainless-steel skid frame that resists physical vibrations, industrial chemical spills, and ambient moisture.
• Automated Fast Flushing Sequence: Features scheduled high-velocity membrane surface flushing to dislodge accumulated bio-slime and extend thin-film element longevity.
Technical Specifications of RO Plant:
• Product Name: RO Plant
• System Category: Commercial & Industrial Reverse Osmosis Water Treatment Plant
• Output Permeate Capacity: 250 LPH, 500 LPH, 1000 LPH up to 10,000 LPH Capacities
• Salt Rejection Efficiency: 98% to 99.5% Dissolved Solids and Heavy Metal Rejection
• Membrane Housing Construction: High-Pressure SUS304 Stainless Steel Pressure Vessels
• Structural Frame Chassis: Rigid Industrial Food-Grade SUS304 Stainless Steel Skid
• Pre-Treatment Array: Sand Filter, Activated Carbon & Micron Cartridge Sediment Guard
• Operating Voltage Requirement: 380V Three-Phase / 220V Single-Phase 50 Hz Power
• System Warranty: 1 Year Comprehensive Service Warranty
Why Choose RO Plant for Daily Use:
Investing in a commercial RO Plant ensures uninterrupted pure water production while providing uncompromising drinking water hygiene. Conventional physical sedimentation and chemical dosing cannot strip invisible dissolved ions and microscopic dissolved minerals.
Our enclosed sanitary skid architecture keeps internal fluid pathways fully shielded and sterile. The high-pressure Reverse Osmosis molecular separation process combined with multi-vessel pre-treatment purifies incoming deep tube-well water completely, ensuring that boiler pipes, cooling loops, and cookware remain completely free of thick orange iron sediment and white limescale deposits.
Detailed Stage-by-Stage Membrane Purification Dynamics:
The water treatment cycle begins as pressurized raw water passes sequentially through the quartz sand and catalytic carbon FRP vessels to remove physical suspended turbidity, free chlorine, and organic volatile compounds. The effluent then flows through 5-micron security sediment cartridge housings to trap stray granules.
Next, the vertical high-pressure multistage pump propels the pre-treated water into the stainless-steel RO membrane vessels under intense hydrostatic pressure. Overcoming natural osmotic pressure, water molecules permeate radially through the micro-pores into the central collection tube as sparkling pure water. Simultaneously, the reject brine carries away high-concentration dissolved salts, arsenic, lead, and microbial traces through the concentrate discharge port to the drain line.
Maintenance and Care Guidelines:
Maintaining high purification standards requires monitoring the permeate flow meters and online conductivity displays daily during routine plant checks. Performing Clean-In-Place (CIP) membrane cleanings every three to six months removes bio-fouling and restores initial membrane flux.
Replacing the sacrificial 5-micron pre-filter cartridges monthly protects the expensive high-pressure pump impellers and membrane surfaces. Green Bird Water Technology provides comprehensive technical support, authentic replacement parts, and responsive maintenance servicing across Bangladesh to ensure continuous operating reliability throughout the lifespan of your machine.
Ideal Applications:
• Commercial mineral water production, bottle rinsing lines, and beverage packaging factories.
• Garments, textile dyeing units, pharmaceutical formulation laboratories, and cosmetics production.
• Centralized pure drinking water supply for multi-story residential towers, hospitals, and schools.
• Boiler feedwater pretreatment, cooling tower water loops, and heavy machinery feed lines.

Reviews
There are no reviews yet.