water and wastewater TREATMENT and Purification for businesses

Modern industrial and commercial RO plants are fully automated and staffed only in case of malfunctions, alarms or membrane cleaning. Sensors play a major role in the RO control process.

Feedback dosing control, where a flow-pace control is combined with a residual Chlorine or ORP sensor feedback reading, is the best available dosing control for disinfection or oxidation. However, the lag-time between the dosing point and the sensor reading can be problematic when the feedwater quality is inconsistent.

Water reuse in industrial applications has become a growing trend due to higher water demand, constant water scarcity and more stringent regulations.
By removing a high portion of the total dissolved solids in the blowdown, reverse osmosis simplifies the reuse if the blowdown, allows higher concentration cycles and ultimately reduces the amount of blowdown and fresh make-up water required for the cooling tower operation.

Water disinfection plays a major role in drinking water treatment, being the final stage before its distribution. However water disinfection is also a critical part of commercial and industrial water applications: hospitals, cooling towers and food processing are examples of industries where water is constantly present and disinfection is essential.

Turbidity is the cloudiness caused by fine suspended matter in the water.
There are three main concerns when dealing with turbidity in water:
Suspended solids are an excellent base for bacteria growth and heavy metals. They represent a risk for pumps and other water distribution equipment and has an impact on the aesthetic acceptability of water.

Standard commercial and industrial reverse osmosis systems have certain disadvantages such as a low recovery rates, relatively high electrical power demand and the need of a very consistent feed water composition. Watercore
SMART-CONTROLLED RO systems have been designed to overcome all those challenges