Water Treatment Ro Commercial Reverse Osmosis Equipment

Reverse Osmosis Equipment Features:

1)Our company's RO reverse osmosis equipment adopts key components, equipment adopts imported brand
2)advanced technology, reliable quality, strong expandability, reasonable structure and small area
3)high water utilization rate, low energy consumption, fully automated operation, simple operation and maintenance .
3)According to user requirements design and manufacture of reverse osmosis system,
4)The general production limit of 0.25m3/hr, the upper limit is not limited, the water recovery rate can reach more than 75%, salt rejection rate> 98%.
5)The amount of water produced varies with the temperature of the incoming water and the aging or contamination of the reverse osmosis membrane.

Reverse osmosi system Structure
♦ RO water treatment technology is the most advanced and energy-saving membrane separation tchnology.
♦ Water pressure (higher than the osmotic pressure of the solution) is used to force water molecules go through a very fine membrane, leaving the contaminants behind.
♦ Ro system can remove salt and most of the organisms and microorganisms which exist in the water (removal can reach 97%-98%).

Reverse Osmosis Equipment Flow chart:

Reverse Osmosis Equipment Technical Parameters:

Name: Reverse osmosis membrane Brand: Hydranautics/DOW/TORAY Original: America /Japan Raw water with higher salt content Good water conductivity Lower investment costs Good stability Small installation area
	Name: Multi-media filter Brand: QILEE Original: China Suspended impurities in the water, such as quartz sand and anthracite, so that the water can obtain a clear process. The porous material used for filtration is called filter material, and quartz sand is the most common filter material.
Name: Multi-media filter Brand: QILEE Original: China The exchangers installed in the ion exchangers  are in a fixed position during the exchange process. Such ion exchangers are called fixed beds, and the raw water exchange treatment and resin egeneration after failure are carried out in the same exchanger at different times.