industrial ro plant 1000 lph

Price 165000 INR/ Plant

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MOQ : 1 Plant

industrial ro plant 1000 lph Specification

Recycle Rate
50-55%

Noise Level
Low (<75 dB)

Water Out Conductivity
10-20 S/cm

Technology
Reverse Osmosis

Pump Type
High Pressure Pumps

Flow Rate
1000 LPH

Efficiency (%)
98-99%

Water in conductivity
600-1500 S/cm

Usage & Applications
Drinking water, process water, industry, commercial buildings

Frequency
50/60 Hz

Power Consumption
2.5-3.5 kW

Ph Level
6.5-8.5

Feature
High recovery, easy maintenance, corrosion resistant

Volume
1000 Liters per Hour

Voltage
220-240 V

Power Source
Electric

Product Type
Industrial RO Plant

Water Source
Borewell/Surface water/Municipal supply

Purity Level
95-99%

Drive Type
Electric Motor

Automatic Grade
Automatic

Material
FRP/Stainless Steel

Filter Type
Multi-stage (PP, Carbon, RO Membrane)

Capacity
1000 LPH

Installation Type
Skid Mounted

About industrial ro plant 1000 lph

Established in 1995, We are engaged in Distributorship of water purification products through out India. We are involved in providing innovative options to our clientele by providing them with technological break-through advancemens. We also conduct stringent quality checks to maintain international standard in our product range. We endeavor to offer customized products and services to our esteemed customers.

amar agencies , jaipur 9461072175

Advanced Membrane Technology

Fitted with four high-quality RO membranes (Dow, Hydranautics, or equivalent), the unit delivers reliable desalination even for feed water with TDS up to 2000 ppm. These membranes offer up to 99% salt rejection, ensuring consistent production of purified water for demanding needs.

Efficient Multi-Stage Pre-Filtration

Pre-filtration stagesSand Filter, Activated Carbon Filter, and Micron Cartridgeeffectively remove sediments, chlorine, and organics. This process extends membrane life and helps maintain stable water quality, ensuring the system operates efficiently over time.

Automated Control & Safety Features

A PLC-based auto control panel or microprocessor digital panel ensures precise operation, system monitoring, and safety. Alarms and automated cleaning-in-place (CIP) options reduce manual intervention, increase uptime, and help maintain optimal performance.

FAQs of industrial ro plant 1000 lph:

Q: How does the 1000 LPH Industrial RO Plant operate?

A: The plant uses a multi-stage filtration process that includes sand, activated carbon, and micron cartridge filters, followed by reverse osmosis through four membranes. The system is operated via a PLC-based or digital control panel for automated, consistent water purification.

Q: What are the main applications of this RO plant?

A: This industrial RO plant is perfect for supplying high-purity water for drinking, process water in industries, and use in commercial buildings. Its suitable for diverse water sources like borewell, surface, or municipal supply.

Q: When is membrane cleaning required and how is it done?

A: Membrane cleaning is recommended annually or as needed, depending on input water quality and usage. The system offers both manual and automatic cleaning-in-place (CIP) options for effective maintenance.

Q: Where can this RO plant be installed?

A: The plant is skid-mounted and compact (approx. 1800mm x 700mm x 1600mm), making it suitable for installations in industrial sites, factories, commercial buildings, or any location with access to required utilities.

Q: What are the benefits of using this system for water purification?

A: The system ensures high recovery (up to 55%), low operational noise, and reliable water quality (conductivity of 10-20 S/cm). Its corrosion-resistant build and automated features provide easy maintenance and longevity.

Q: How much water can the plant process, and at what efficiency?

A: The plant delivers up to 1000 liters per hour, with a desalination efficiency of 97-99% and a recovery rate of 50-55%, minimizing water wastage in the process.

Q: What service or maintenance is required for the unit?

A: Annual servicing is typically sufficient, which may include filter and membrane checks, CIP, and control panel inspection. Service frequency depends on water quality and usage intensity.

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