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Dialysis RO Plant

Price 2000 USD ($)/ Piece

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MOQ : 1 Piece

Dialysis RO Plant Specification

Display Type
Digital Control Panel

Frequency
50 Hz

Accuracy
High

Instruments Type
Dialysis Water Treatment Equipment

Storage Instructions
Keep Dry And Covered

Features
Automatic Operation, Easy Installation, High Purity Water, Corrosion Resistant, Low Maintenance

Usage Type
Medical

Measurement Range
Upto 1000 LPH or more (Model Dependent)

Function
Removes Impurities, Bacteria, and Endotoxins

Equipment Type
Dialysis RO Plant

Material
Stainless Steel, FRP (Fiber Reinforced Plastic)

Condition
New

Technology
Reverse Osmosis (RO)

Portable
No

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Low

Operating Type
Automatic

Use
For Hemodialysis Water Purification

Power Source
Electric

Power Consumption
1-2 kW (Approx)

Voltage
220-240 V AC

Dimension (L*W*H)
Custom / As Per Requirement

Weight
Approx 80-150 Kg (Depends On Model)

Color
White/Blue/Silver

Service Support
Available

Alarm System
Low Pressure & High Conductivity Alarms

Control System
PLC Based

RO Membrane Type
Thin Film Composite (TFC)

Piping Material
Medical Grade PVC/SS

Output Water Quality
< 10 µS/cm Conductivity

Pump Type
High Pressure Multistage Pump

Water Recovery Rate
60-75%

Feed Water Type
Municipal/ Borewell Water

Pre-Filtration Stages
Multi-stage (Sand Filter, Carbon Filter, Micron Filter)

System Monitoring
Digital Flowmeter & Pressure Gauge

About Dialysis RO Plant

Advin Health Care offers a high-performance Dialysis RO Plant engineered to deliver ultrapure water essential for hemodialysis. This system uses multi-stage filtration processes, including pre-treatment, reverse osmosis, and post-treatment stages, to meet stringent medical water standards. Each unit is designed with automatic operation, durable membranes, and a stainless-steel frame for long service life. The system helps reduce the risk of contamination, maintains stable conductivity levels, and ensures patient safety. Advin Health Careas RO plants are ideal for hospitals, dialysis centers, and nephrology units requiring reliable and efficient water purification solutions.

Advanced Features:

Multi-stage purification process for ultrapure water
High-efficiency RO membranes with long lifespan
Stainless-steel skid for durability and hygiene
Automatic flushing and backwashing system
Real-time conductivity and TDS monitoring
Compact design with low maintenance
Ensures consistent water quality for dialysis
Energy-efficient and cost-effective operation
Easy to install and operate
Suitable for hospitals and dialysis centers

Advanced Water Purification for Dialysis

This Dialysis RO Plant uses state-of-the-art Reverse Osmosis technology to deliver ultra-pure water for hemodialysis, removing impurities, bacteria, and endotoxins. Its multi-stage pre-filtration, including sand, carbon, and micron filters, ensures optimal performance even with varying feed water sources. The TFC membrane secures low conductivity levels, safeguarding patient health and equipment longevity.

User-Friendly Digital Monitoring and Safety

Equipped with a digital control panel, the system provides real-time monitoring through flowmeter and pressure gauges. Integrated alarm features for low pressure and high conductivity ensure prompt response to any deviation, supporting uninterrupted medical operation. Automatic controls via PLC further reduce manual intervention and make the plant easy to operate.

Robust Build and Service Assurance

Designed from corrosion-resistant stainless steel and FRP, with medical-grade PVC/SS piping, the plant supports long-term durability and hygiene. The compact custom-fit structure is suitable for most medical facilities. Professional service support is available, ensuring smooth installation, operation, and maintenance across India.

FAQ's of Dialysis RO Plant:

Q: How does the Dialysis RO Plant ensure high-quality water for hemodialysis?

A: The plant employs a multi-stage filtration system followed by a Thin Film Composite (TFC) RO membrane to remove impurities, bacteria, and endotoxins. The output water quality consistently achieves conductivity below 10 S/cm, meeting stringent requirements for medical applications.

Q: What is the process flow from feed water to purified dialysis water?

A: Feed water, whether municipal or borewell, passes through sand, carbon, and micron filters for initial purification. It then enters the RO stage, where the TFC membrane eliminates dissolved solids and contaminants. Digital flowmeter and pressure gauges monitor the process, ensuring reliable output for dialysis use.

Q: When should maintenance be performed on the Dialysis RO Plant?

A: Routine maintenance should be carried out based on usage, feed water quality, and manufacturer recommendations. Regular checks of filters, RO membranes, and system alarms help maintain stable operation and high water purity. Service support is readily available for professional guidance.

Q: Where is this Dialysis RO Plant typically installed?

A: The plant is designed for installation in medical facilities such as dialysis centers and hospitals. It is floor-mounted (not wall-mounted) and can be custom-sized to fit available space requirements while ensuring easy access for regular monitoring and maintenance.

Q: What are the key benefits of using a PLC-based automatic RO plant for dialysis?

A: A PLC-based control system automates operation and monitoring, minimizing manual intervention. This ensures consistent water quality, rapid detection of issues via alarms, and efficient system performance, all of which contribute to patient safety and lower maintenance requirements.

Q: How does the alarm system support safe operation during water purification?

A: The integrated alarm system detects low pressure and high conductivity, alerting operators to potential issues immediately. This ensures that any abnormal condition is promptly addressed, protecting both patients and dialysis equipment from exposure to unsafe water.

Q: Is service support available for ongoing operation and troubleshooting?

A: Yes, professional service support is provided for installation, routine operation, and troubleshooting. This ensures that the plant operates reliably and complies with medical standards across various healthcare settings in India.

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