Achieve an ultra-pure standard in haemodialysis

Introducing the Modula S-TP water purification system from ELGA Process Water

 
Twin Pass Reverse Osmosis System

Modula S-TP, Twin Pass Reverse Osmosis System

ELGA Process Water, has launched a new water purification system for dialysis from DWA, the dialysis water specialist.The Modula S-TP is uniquely designed and manufactured specifically for dialysis from first principles.

The Modula S-TP can supply a constant 350-1750 litre/hr flow of ultra-pure water from lower grade feeds, which canreduce demand on municipal purified water supplies, while its higher recovery rates and membrane life-span make it efficient and energy-saving. The two state-of-the-art RO stages can operate independently in an emergency to maintain patient treatment, while the inclusion of auto-feedback control and intelligent water-saving technology contributes to this highly reliable and cost-effective system.

To achieve and maintain the highest standards of hygiene the Modula S-TP uses the latest purification technologies and is manufactured from 316 stainless steel, which includes all of the internal and critical surfaces, fittings, pressure vessels and permeate sampling points. Its open structure allows for ease of access and reduced maintenance times, while its unique compact features, such as a width smaller than a standard door opening, make installation easy. The system can also be fitted with castors for ease of movement and positioning on site.

Its flexible modular nature simplifies upgrades forexisting renal facilities, and the introduction of the unit into new partner facilities without needing expensive training or additional spare parts and/or consumables. Finally, there is full internal monitoring of critical parameters including connection to an on-site BMS if required and the option for remote monitoring by engineers at ELGA Process Water.

The Modula S-TP is the ideal system for any haemodialysis facility looking for efficient, cost effective, reliable, high purity water generation suitable for use with a wider range of patient treatment methodologies.

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