Reverse Osmosis (RO) systems from GE deliver high performance at the lowest life-cycle costs. Our pre-engineered systems allow fast delivery and are built with high-quality components designed to meet your specific process needs. They arrive at your facility ready to run with all filters, Reverse Osmosis (RO) systems from GE deliver high performance at the lowest life-cycle costs. Our pre-engineered systems allow fast delivery and are built with high-quality components designed to meet your specific process needs. They arrive at your facility ready to run with all filters, membranes, pumps, piping, controls and automation. Additionally, we provide a full line of membrane treatment chemicals to enhance membrane performance once equipment is operating at your site.

Products include:

	PRO Series for boiler makeup water or pretreatment to existing ion exchange systems
	PROPAK Series ultrafiltration and reverse osmosis combination system
	Titan Series for boiler or combined cycle makeup in power and petrochemical plants
	BEV Series for beverage production
	SWRO Series for seawater desalination
	Microelectronics Pure Water Systems (including HERO based systems)
	MUNI Series for drinking water applications
	E-Series for general industrial uses
	RENEW Series RO and Re-PAK UF/RO for wastewater reuse systems

GE is unique in providing single-point accountability for unit design and operation. We build the complete machine, and the GE brand is also on the membrane elements, controls, filters and high-pressure pumps. This ensures quality and responsiveness to your concerns. You get quick delivery, fast installation, ease of use and extreme reliability. Our standard platforms are configurable to suit your specific needs and come with standard documentation packages.

About RO technology

RO technology is used to remove dissolved impurities from water through the use of a semi-permeable membrane. RO involves the reversal of flow through a membrane from a high salinity, or concentrated, solution to the high purity, or "permeate", stream on the opposite side of the membrane. Pressure is used as the driving force for the separation. The applied pressure must be in excess of the osmotic pressure of the dissolved contaminants to allow flow across the membrane.

Click to see an animation
depicting Reverse Osmosis