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The Aquaboss® EcoRO I, EcoRO I HT, EcoRO Dia II and EcoRO Dia II HT are complete water treatment systems centered around reverse osmosis units of varying output which include recommended pretreatment components such as carbon filtration, backwash filters, softeners, and temperature blending valves and recommended post treatment such as final filtration intended for hemodialysis applications. The Aquaboss water treatment systems are to be used at dialysis clinics or hospitals. The Aquaboss® EcoRO I, EcoRO I HT, EcoRO Dia II and EcoRO Dia II HT are intended to remove organic and inorganic substances and microbial contaminants from water. The treated water will then be used to prepare and dilute dialysate concentrate to form dialysate and/or rinse dialyzers for multiple uses and/or to prepare dilute solutions for reprocessing procedures in multiple-use dialyzers. The water treatment systems are designed to meet current AAMI/ISO and Federal (U.S.) standards.

The Aquaboss® EcoRO Dia I + II (HT) Series Water Treatment System for Hemodialysis is a complete water purification system and consists of a reverse osmosis (RO) and pro-treatment. This product is an accessory device that is intended for use within the Hemodialysis facility to remove organic and inorganic substances and microbial contaminants from tap water used to dilute Dialysate concentrate to form Dialysate. This system has been designed to produce purified water as prescribed by AAMI ANSI ISO 13959: 2009 Water for hemodialysis and related therapies and provide adequate flow of the feed (tap) water and compliance with the existing drinking water standards. In order to optimize the performance of the RO system, the following items for pre-treatment can be utilized: - Softeners 1) - Backwash filters 2) - 3) Organic Bed Service Carbon 4) Raw Water Temperature Blending Value Aquaboss® EcoRO Dia I + II (HT) operates on the reverse osmosis principle. Reverse Osmosis describes a process involving a pressure operated cross filtration system. The water high pressure tangentially to a semi permeable membrane. As it is the case with normal filtration the system is cleaned by allowing one component (water) of the mixture to be separated to pass through the membrane with almost no hindrance whereas the other components (dissolved and non-dissolved water contents) are held back to leave the fitration unit in the concentrate flow. This is a separation process in the molecular sector which does not change the components being separated either chemically, biologically or thermally.