REVERSE OSMOSIS SYSTEM

Description

REVERSE OSMOSIS SYSTEMS We design and manufacture the Reverse osmosis plant according to the need for brackish water or high TDS water application. The production range starts from 500 LPH (Liter per hour) to 50 M3 per hour for reduction of TDS from 500 to 5,000 ppm. In its simplest presentation, Reverse Osmosis is a membrane process. That acts a molecular filters to remove (Permeable to water not salt and separating pure water and salt solution, by applying external pressure) dissolved mineral, organic, inorganic and heavy metals. It will also remove microbial matter including bacterial spores and viruses, which cannot be remove by any ion exchange technique from water and wastewater. Reverse osmosis has emerged as a serious alternative to chemical treatment systems due to a number of reasons. The minimal use of chemicals makes it environmentally desirable. Reverse osmosis is a simple process and the operational and maintenance costs are lower. It has higher production capacity to space ratio via-a-via other technologies. Ion exchange processes, on other hand, incur high resin replacement costs, substantially higher regeneration costs and inordinate downtime costs due the need for replacing ion exchange columns. While the biggest operating costs for ion exchange systems are regeneration chemicals, the major cost component in RO is energy i.e. electrical power to operate the R.O. High Pressure Pump. Most modern membrane technology Modular design with low water-rejection rate Low operational and maintenance costs Produce high-quality demineralized water (combination of reverse osmosis followed by demineralization plant) Reverse osmosis plants are used to produce high-quality potable water for any drinking & process water requirements or demineralized water, especially where the client looks to minimize the use of chemicals which are the regenerants associated with the more conventional ion exchange process. R O Plants are used extensively for drinking water requirements, food and beverage industry (especially the brewing industry), pharmaceutical and the electronics industries. Range of R O units utilizes the most modern membrane technology and consists of a modular design.