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A 500 liters per hour (LPH) Reverse Osmosis (RO) plant typically includes components like a raw water pump, multimedia filters (activated carbon and sand filters), a high-pressure pump, RO membranes, and a control panel. Specifications vary by manufacturer, but generally, these plants are designed for brackish or slightly contaminated water, with a maximum Total Dissolved Solids (TDS) level of around 2000-3000 ppm. Here's a more detailed breakdown of the components and specifications: 1. Raw Water Pump: Purpose: To draw water from the source and feed it into the filtration system. Capacity: Often around 0.5 HP, with a head of 15 meters (or more), according to some commercial RO plant providers. Make: Kirloskar or Crompton Greaves are common brands, according to a technical document. 2. Multimedia Filters (Activated Carbon and Sand Filters): Purpose: To remove suspended solids, dirt, iron, and chlorine, protecting the RO membrane from fouling. Media: Typically include activated carbon and sand, according to some commercial RO plant providers. Configuration: Often housed in FRP (Fiber Reinforced Plastic) vessels, with multi-port valves for backwashing. 3. High-Pressure Pump: Purpose: To pressurize the water to overcome the osmotic pressure of the RO membrane, ensuring efficient water filtration. Capacity: Typically 1.0-2.0 kW, with a flow rate of 3500 liters per hour and a head of 125 meters. Make: CRI or Sumo are common brands, according to some commercial RO plant providers. 4. RO Membranes: Purpose: To remove dissolved salts, minerals, and other impurities from the water. Type: Typically thin-film composite (TFC) or polyamide membranes. Size: 4040 (4-inch diameter, 40-inch length) is a common size for commercial RO plants, according to some commercial RO plant providers. Number: 500 LPH systems usually have two membranes in a single housing. 5. Control Panel: Purpose: To control and monitor the operation of the RO plant, including pressure, flow rate, and other parameters. Automation: Can be semi-automatic or fully automatic, depending on the system. 6. Other Components: Micron filter: To remove finer suspended particles. Dosing pump: To add chemicals for pre-treatment or cleaning. Pressure gauges: To monitor pressure at various points. Flow meters: To measure the flow rate of water. RO membrane housing: Typically made of stainless steel or FRP. 7. Recommended Conditions: Inlet TDS: Up to 3000 ppm, according to some commercial RO plant providers.

A typical 150 LPH (Liters Per Hour) RO plant includes a flow rate of 150 LPH, uses a stainless steel or FRP (Fiber-Reinforced Plastic) construction, and features 5-8 purification stages, such as pre-filters, carbon filters, RO membranes, and a post-carbon filter. Key components are a heavy-duty booster pump, auto-shutoff, and a TDS controller, with filtration suitable for input water TDS up to 2000 ppm. The system can be semi-automatic or fully automatic, with optional UV and Ultrafiltration (UF) stages for enhanced purification. Core Specifications Flow Rate: 150 Liters Per Hour (LPH). Construction: Primarily Stainless Steel (SS 304 or SS 316) or FRP. Input Water TDS: Designed for water with TDS levels typically above 1000 ppm, often up to 2000 ppm or higher. Automation: Can be manual, semi-automatic, or fully automatic, depending on the model. Filtration Stages A standard 150 LPH RO plant includes multiple stages: Pre-Filters: Sediment filters (e.g., 5-micron) to remove large particles like dirt and rust. Activated Carbon Filter: Removes chlorine, organic impurities, and odor. RO Membrane: Removes dissolved solids, heavy metals, and other contaminants. TDS Controller: Adjusts the taste by maintaining essential minerals in the purified water. Post Carbon Filter: Improves the final taste and odor of the water. Optional Enhancements UV Sterilization Unit: Destroys microorganisms like bacteria and viruses. Ultrafiltration (UF): Further enhances water clarity and taste. Other Components Booster Pump: A high-pressure pump to provide the necessary pressure for the RO membranes. Auto Shut-OFF/Flushing: Features to automatically shut off the system when the tank is full and flush the membranes to extend their life. Piping: Typically includes stainless steel or UPVC piping for the system's connections. 150 LPH RO Plant, Stainless Steel - IndiaMART 150 LPH RO Plant, Stainless Steel * RO Capacity. 150 LPH. * Material. Stainless Steel. * Automation Grade. Manual. * Usage/Applic... IndiaMART TECHNICAL SPECIFICATIONS 150 LPH (SOLAR RO) - GeM REQUIRED. 1. OUTPUT FLOW RATE (LITTERS/HOUR) 150. 2. INLET PRESSURE. MINIMUM INLET PRESSURE (IN KG/ CM2) 1.0. MAXIMUM INLET PRESSU... GeM Best 150 LPH RO Plant | No.1 Industrial ... 150 LPH RO Plant | Industrial RO Water Plant | RO Plant for Business | Best for Office, School, Restaurant, Cafe & Factory Show all

Key Characteristics Capacity: Designed to process 10,000 liters of water per hour, suiting large-scale operations. Purpose: Provides purified water for industrial processes, commercial use, and large institutions. Components: Often includes a series of filtration stages, including pre-treatment like sand and activated carbon filters, and then the main RO membranes. Materials: Can be built from various materials, with common options including durable Fiber Reinforced Plastic (FRP) or Stainless Steel (SS). Features: May incorporate UV sterilizers and ultrafiltration for enhanced purification. Operation: Can operate automatically, with advanced features like auto-flushing and various monitoring systems. Common Applications Manufacturing Industries: For process water requiring high purity. Commercial Spaces: To ensure high-quality water for general use in large office buildings. Educational Institutions: In colleges and universities that have significant water needs. Mineral Water Plants: As a core component of a mineral water business.

A typical 250 LPH RO plant specification includes a multistage filtration system, a high-pressure pump, and RO membranes to process water. Key components are the Feed Pump, Pressure Sand Filter (PSF), Activated Carbon Filter (ACF), and a Micron Cartridge Filter (5-micron) before the high-pressure pump and RO membranes. A control panel with necessary switches, pressure gauges, and flow meters is also included, along with options for automatic flushing to extend membrane life. Key Components & Specifications Raw Water Feed Pump: A pump (e.g., Kirloskar, Sumo) to provide initial water flow to the pre-filters. Pre-Filtration: Pressure Sand Filter (PSF): Removes suspended solids using graded pebbles and sand in an FRP tank. Activated Carbon Filter (ACF): Adsorbs dissolved organic compounds and chlorine. Cartridge/Micron Filter: Removes finer particles, typically down to 5 microns, before the high-pressure pump to protect the membranes. High-Pressure Pump: A multistage, centrifugal pump (e.g., CRI, Sumo) that raises the water pressure to force it through the RO membranes. RO Membranes & Housing: These are the heart of the system, separating purified water from dissolved salts. They are typically housed in a pressure vessel made of FRP or stainless steel. Dosing Pump: A pump for precise dosing of antiscalant chemicals to prevent scaling on the membrane surface. Control System: Control Panel: Manages the operation of the pumps and valves. Pressure Gauges: Monitor pressure throughout the system. Rotameter/Flow Meter: Measures the flow rate of purified water. Auto Flush System: An optional feature that uses a timer to automatically flush the membranes to prolong their life. Plumbing & Skid: All components are mounted on a robust skid, often made of stainless steel for durability and hygiene. Typical Performance Product Water Flow Rate: 250 liters per hour. Input TDS: Can handle TDS levels up to approximately 2000 ppm. Recovery Rate: Typically 50-60%, depending on the system's design and raw water quality. Power Supply: Often single-phase.

A 15000 LPH (Liters Per Hour) RO plant includes pre-treatment stages like sand and activated carbon filters to remove particulates and impurities, high-pressure pumps to force water through Thin-Film Composite (TFC) RO membranes for desalination and contaminant removal, and an automatic control system. Key specifications involve SS304/SS316 construction for durability, a maximum recovery rate up to 50-80%, a three-phase power supply (e.g., 440V, 50-60 Hz), and optional post-treatment like UV or Ozonation for complete sterilization.

A 2000 LPH RO plant requires components like a raw water pump, pressure sand filter, activated carbon filter, anti scalant dosing system, micron cartridge filter, high-pressure pump, RO membranes, storage tank, and a control panel. Specifications for these components, such as the capacity of the raw water pump (e.g., 3500 LPH for a 2000 LPH plant), the materials of construction (MOC) for filters and vessels (e.g., SS or FRP), and the type of media used (e.g., sand, anthracite, activated carbon), will vary based on the specific raw water quality and desired product water standards, according to Scribd documents. Common Components and Their Functions Raw Water Pump: Pumps the raw water through the pre-treatment stages. Pressure Sand Filter (PSF): Removes suspended solids from the raw water. Activated Carbon Filter (ACF): Absorbs color, odor, and free chlorine. Antiscalant Dosing System: Doses a chemical to prevent scale formation on the RO membranes. Micron Cartridge Filter: Removes fine particles (e.g., > 5 microns) to protect the high-pressure pump and RO membranes. High Pressure Pump: Increases the pressure of the water to a level required for the reverse osmosis process. Reverse Osmosis (RO) Membranes: The core components that separate salts and other dissolved solids from water. Product Water Storage Tank: Stores the purified water. Product Water Transfer Pump: Transfers the purified water from the storage tank. UV Disinfection System: Provides additional disinfection to the purified water. Control Panel: Monitors and controls the operation of the entire system. Key Specification Factors Capacity: 2000 liters per hour for product water, with a higher feed water flow rate, such as 3500 LPH or more, depending on recovery rate. Recovery Rate: The percentage of raw water that becomes product water, typically 40-50% or higher. Raw Water Quality: This is crucial for determining the appropriate pre-treatment stages and component specifications, especially for TDS (Total Dissolved Solids), turbidity, hardness, and other contaminants. Product Water Quality: The desired purity level, often specified by a maximum TDS value for the output. You can find detailed specification PDFs from various manufacturers and suppliers by searching for terms like “2000 LPH RO Plant Specification PDF” or visiting sites like Scribd or Netsol Water Solutions.

A 25 LPH (liters per hour) RO plant's specifications include a purification capacity of approximately 25 liters per hour, a maximum daily duty cycle of about 150 liters, and a TDS (Total Dissolved Solids) rejection of 90-95%. It requires an inlet water pressure between 0.3 and 2 kg/sq cm, an input voltage of 160-300V AC, and features a multi-stage purification process including Sediment, Carbon, and RO Membrane filters. These plants typically have a compact design for wall-mount or tabletop installation and a power rating of around 48 V.

A 50 LPH (Liters Per Hour) RO (Reverse Osmosis) system is designed to purify 50 liters of water per hour. These systems are commonly used in commercial and industrial settings due to their higher capacity compared to smaller, residential RO systems. The specifications typically include details about the purification stages, membrane type and capacity, water pressure requirements, power consumption, and other relevant parameters

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