Pureone Water Industries India Private Limited

Pureone Drizzle Alkaline+RO+UV+UF Water Purifier Filtration System: Combines RO + UV + UF, with additional Copper, Zinc & Alkaline mineralization stages

Capacity & Flow Rate: Processes ~10–12 L/hour and stores around 10–12 L, delivering quickly for families or office settings .

Automatic Operations: Auto-starts when water drops, auto-shuts off at full tank or no inlet supply

Power Usage: Energy-efficient, approximately 2 units per month

TDS & Alkaline Controls: Adjustable TDS control to retain essential minerals; Alkaline stage elevates pH to around 9.5

*Product Specifications*

Model Name: Pureone Drizzle

Total Capacity: 12 Liters

Purification Technology: RO + UV + UF + TDS Control + Alkaline + Copper + Zinc

Filter Life: Approximately 6000 Liters

Storage Tank Material: ABS Food-grade plastic

Installation Type: Wall-mounted

Warranty: 12 months on electrical parts

Capacity: 25 litres per hour (~600 L/day) Body Material: Stainless steel for durability and corrosion resistanceAutomation: Fully automatic operation with auto functionsRO Membranes:Type: Cellulose Acetate (CA)Quantity: 2 × 80 GPD (~300 GPD combined) Pre-Filtration:10″ PP Spun Sediment Filter10″ Granular Activated Carbon (GAC) Filter10″ Chlorine, Taste & Odor (CTO) FilterPost-Filtration:10″ Post-Carbon Filter Pump:Booster rated at 300 GPDRuns on 24 V/3 A DC (AC–DC adaptor included) Power: AC input, converts to 24 V DC for pump Usage Applications: Ideal for offices, restaurants, cafes, schools, small factories TDS Handling: Effectively treats water up to 3000 ppm TDS Warranty & Support: Comes with warranty coverage; company located in Navi Mumbai/Thane. Installation support likely available.

Capacity: 50 L/hr (~1,200 L/day) Body Material: Durable stainless steel frame Automation: Fully automatic operation RO Membrane Type: Thin Film Composite (TFC) Pump:                                                                                                                                                                                                300 GPD booster pump ×2 units, running on 24 V/3 A with adaptors Filtration Stages:Two 20″ PP spun sediment filtersTwo 20″ granular activated carbon (GAC) filtersTwo 20″ CTO filtersFour 80 GPD RO membranes(Typically) 10″ post-carbon filter TDS Handling: Effective up to 3,000 ppm input TDS.

Core Specifications
Capacity: 100 L/hour (~2,000 L/day)
Frame: Stainless steel body for durability and corrosion resistance
Automation: Fully automatic operation.

Filtration & Membrane

Pre-filtration stages:
20″ PP spun sediment filters
20″ Granular Activated Carbon (GAC) filters
20″ CTO (chlorine, taste & odor) filtersoperation.

RO Membranes:

 

• Two 400 GPD membranes (~600 GPD total)

Pump & Power

Booster Pumps: Two 300 GPD DC pumps

Electrical Feed: AC input, 24 V/3 A adaptor included

Operating Pressure: ~50 PSI

Feature Specification

Capacity 100 L/hr (~2,400 L/day)

Body Material Stainless Steel

Pre-filters 2×20″ PP, 2×20″ GAC, 2×20″ CTO

Membranes 2×400 GPD RO membranes

Post-filter Carbon

Pumps & Power 2×300 GPD DC, 24 V/3 A AC → DC adaptor

Automation & Pressure Fully automatic, runs at ~50 PSI

TDS Input Capability Handles up to ~3,000 ppm

 

 

“Pureone 150 LPH” on the official Pureone website, but I can share details from comparable systems and general offerings:

Pureone reportedly produces commercial RO systems ranging from 25 LPH up to 250 LPH, all using stainless steel construction and fully automatic operations.
The 150 LPH model appears in category listings as “Commercial Purifiers – 150 LPH” with metal or stainless steel construction, floor-mounted options, and warranty support.
Since specifics for a Pureone-branded 150 LPH were not clearly listed, let’s consider a typical specification set based on their 100 LPH and 250 LPH ranges, along with market-standard specs for 150 LPH plants:

Capacity & Membranes
– 150 liters/hour (≈ 3,600 L/day)
– Likely uses 2 or 3 TFC RO membranes (e.g. 300–400 GPD each), similar upgrade from their 150 LPH setup.

Construction
– SS 304 stainless steel skid and frame for durability.
Pre/Final Filtration
– Typically includes 20″ sediment (spun PP), 20″ GAC, 20″ CTO, and a post-carbon filter—consistent with other Pureone commercial models.
Pump & Power
– High‑pressure booster pump around 2 hp, stainless steel
– Operates on AC mains with SMPS/adapter (e.g. 220 V → 24 V DC) and auto shut-off solenoid mechanisms.
Control & Instrumentation
– Full automation: control panel with flow meters, pressure gauges (LPS/HPS), float/sensors, TDS controller likely included.
Physical Dimensions & Weight (indicative)
– Approx. 90×65×120 cm, ~55 kg skid weight—based on similar SS units

Warranty & Support
– One-year onsite warranty, often offered by Pureone for commercial units

Pureone RO Plant – 250 LPH


Key Specifications & FeaturesCapacity: 250 liters per hour (approx. 6,000 L/day) Membrane: Uses a single standard 4040 membrane (likely Thin Film Composite or Cellulose Acetate) Frame & Housing: Stainless steel construction for durability and hygiene Automation: Fully automatic operation—auto start/stop functions based on feed & tank levels Pre‑ & Post‑Filtration: Incorporates sediment and activated carbon filters; may include UV or other stages depending on model Pump: High-pressure feed pump (typically 0.5 HP), sometimes with booster pump setup Water Recovery & Quality: Recovery rate around 50–70%; suitable for feed TDS up to ~1,500–3,000 ppm depending on configuration Control & Safety: Pressure gauges, flow meters, auto flush, and safety switches included.Applications: Ideal for offices, schools, hospitals, hotels, laboratories, food/beverage units, boiler feed, etc.

Pureone Industrial RO System – 1000 LPH 

Available in FRP (Fiber Reinforced Plastic) and Stainless Steel versions.

Capacity & Performance

Purification capacity: 1,000 L/hour (~24,000 L/day, continuous).
Water recovery rate: 50%–55%, depending on feed quality and configuration.

Components & TechnologyTypically utilizes 4 × PUREONE RO membranes (4040 size), each in its separate housing for flow balance.Pre-treatment includes sand filter, activated carbon, and UF/UV depending on the model.
Full automation supported: auto-start/stop, auto-flush, feed/tank sensors, control panel included.


Purified Output Quality.
Achieves high purity water, typically with TDS <100 ppm depending on feed, and ~98–99% salt rejection.

System often includes UV sterilization and sometimes alkaline remineralization / UF polishing.



Power & InstallationElectric-driven pumps, usually ~0.5 HP per 500 LPH; for 1,000 LPH may be 1 HP or dual pump system

Comparison Summary

Feature FRP Model Stainless Steel Model

Capacity 1,000 L/hr 1,000 L/hr

Build Material FRP (lightweight, cor‑proof) SS 304/SS 316 (robust, hygienic)

Recovery Rate 50–55 % 50–55 %

Membrane Count 3–4 Pureone 4 Pureone

Pre/Post Filters Carbon + sand (basic) Carbon, silt, UV, UF

Automation Automatic controls Fully automatic + PLC options

_{Industrial RO plant (10000 LPH): Features, specifications, working, applications, and maintenance}
An Industrial Reverse Osmosis (RO) Plant with a capacity of 10,000 Liters Per Hour (LPH) is a high-capacity water purification system designed to cater to the significant demands of various industries.

A 10,000 LPH industrial RO plant provides high-volume water purification using multi-stage filtration. These systems prioritize energy efficiency and can be customized with additional features like UV sterilizers. They are constructed with durable materials and typically achieve a water recovery rate of 60-75%. Many units incorporate automated controls for easy monitoring.

_{Technical specifications (typical)}

_{Typical specifications for a 10,000 LPH RO plant include:}

_{Capacity (Permeate): 10,000 LPH}

_{High-Pressure Pump: 12 HP}

_{RO Membrane: 80*40 (10pcs) / 80*200 (2pcs) (depends on water quality)}

_{Power Consumption: 10 kW}

_{Storage Capacity: 15,000 L}

_{Purification Tech: RO and UV}

_{Purification Stages: 5-7}

_{TDS Rejection: Up to 98%}

_{Feed Water TDS: Up to 2000 ppm (higher TDS models available)}

_{Frame Material: Stainless Steel / FRP / MS Powder Coated}

_{Operating Pressure: 10-15 bar}

_{Inlet Water TDS Range: Up to 3000 ppm (customizable for higher TDS)}

PureOne Industrial RO Plant (5000 LPH)

Capacity & Design
Designed to produce 5,000 liters per hour (LPH) of purified water, equivalent to 120,000 liters per day.
Built with stainless steel (SS) skid construction, automatically operated.

Membrane & Pre-treatment.

Utilizes Thin-Film Composite (PUREONE) RO membranes, typically configured with 4 membranes housed in 4 housings.

Includes pre-treatment media: activated carbon, sand filters, and ultra-filtration accessories for turbidity, iron, and organic removal.

Power & Automation

Comes with fully automatic control panel, designed for industrial-scale operations.
Operates on 220–440 V, three‑phase power, typically at 440 V, 50 Hz.

Scope of Supply (Site: Chennai reference)

Item Make / Specification QuantityRaw Water Pump Kirloskar 1Sand Filter Pentair 1Carbon Filter Pentair 1Anti-scalant Dosing System E‑Dose 1 setMicron Filter Housing Big Blue 20″ (Imported) 2Micron Filters Cartridge 1High Pressure Pump CRI 1RO Membranes (PUREONE) 5Membrane Housing Water Life / UKL 1Control Panel LED‑based, automation 1 setFlow Meters, Gauges, Switches UKL / Denfoss / HGuru 2–3 eachPipe Fittings, Skid, etc. Stainless Steel 1 lot

Industrial reverse osmosis (RO) plants with a capacity of 25,000 LPH (liters per hour)

Purpose and applications
An industrial 25,000 LPH RO plant efficiently purifies large volumes of water by removing dissolved salts, impurities, organic matter, and harmful chemicals using reverse osmosis technology.
Targeted Industries: These systems are utilized across various industrial sectors such as:

Manufacturing facilities
Food and beverage production plants
Pharmaceutical industries
Power plants
Petrochemical industries
Textile units
Hospitals
Bottling plants
Agriculture (irrigation, livestock)
Wastewater treatment facilities

Key Benefits

• Guarantees superior water purification and enhances product quality.

• Extends equipment lifespan by preventing corrosion and scaling.
• Increases operational efficiency with a reliable water supply.
• Ensures regulatory compliance and safeguards reputation. 

Key features and specifications

• Capacity: 25,000 Liters Per Hour (LPH) or 25 m³/hr.
• Input Water Source: Typically designed for borewell water, well water, ground water, tap water, municipal water or brackish water with an inlet TDS up to 2000 ppm.
• Output Water Quality: Aims for a permeate TDS of less than 100 ppm, potentially meeting WHO drinking water standards.
• Recovery Rate: Generally between 50-75%, depending on the feed water quality.
• Salt Rejection: High rejection rates typically between 95-99%.

• Material of Construction (MOC): Available in various materials like:
  • Stainless Steel (SS 304, SS 316, SS 316L).
  • Fiber Reinforced Plastic (FRP).
  • Mild Steel (MS).
  • Automation Grade: Available in semi-automatic or fully automatic systems with PLC-based control panels. 
  • Key components

An industrial 25,000 LPH RO plant typically includes a pre-treatment system, the main RO system, and potentially a post-treatment system. The pre-treatment prepares the water by removing suspended solids, dirt, chlorine, organic matter, odors, and prevents scaling on membranes using components like sand filters, activated carbon filters, anti-scalant dosing systems, and micron filters. The core RO system utilizes high-pressure pumps and RO membranes housed in pressure vessels to remove dissolved salts, with instrumentation for monitoring performance. Optional post-treatment can include UV sterilization, ozonation, mineral addition, or pH adjustment. An electrical and control system with a control panel provides automated or manual operation and safety features