Water and sewage

Today, the water and sewage industry is facing unprecedented pressure and must seek an effective balance between improving water safety and reducing budget expenditures. In the future, we will continue to be committed to providing professional support for you in areas such as environmental protection, resource conservation, and process optimization. Endress+Hauser provides innovative measurement instrument combinations, expert consulting services, and industry application experience to assist users in achieving operational goals throughout the entire water cycle process.

The Safi Reclaimed Water Plant's investment in sustainable water supply is directly related to the availability of water resources due to population growth, water scarcity, and climate change. Reclaimed water is the most sustainable water source, with energy consumption only one fourth of desalinated seawater. The Safi Reclaimed Water Plant is located in Ajman, United Arab Emirates. The plant purifies up to 13000 cubic meters of wastewater per day to ensure that the treated wastewater meets high water quality standards.

The reverse osmosis device is used in conjunction with the Liquine CM44 multi parameter transmitter to monitor key process parameters. Get detailed information about Safi Reclaimed Water Plant and watch the video.

Our solution

Reliable, precise, and durable electromagnetic flow meters are used for process monitoring in billing applications

Online monitoring of key quality parameters at the inlet and outlet of reverse osmosis membranes

Ensure the cleaning efficiency of the membrane

Reduce Total Cost of Ownership (TCO)

Local support, providing professional knowledge

Customer Challenge

As a responsible operator, Safi Water Plant continuously monitors various process parameters to ensure that the permeate water always meets the strict water quality standards set for the final water use point. Water reuse typically involves advanced water treatment processes such as membrane filtration and reverse osmosis. The above water treatment process is cumbersome and complex, with a large amount of management workload, requiring skilled workers, and expensive investment.

project implementation

Ultrafiltration membranes and reverse osmosis membranes are prone to fouling and scaling. If the surface area of the membrane accumulates soluble and insoluble particles, minerals, and microorganisms, the permeability and energy efficiency will decrease. Optimizing key parameter monitoring to ensure timely initiation of chemical cleaning and backwashing processes can help prevent a decrease in flow capacity and extend the service life of the membrane.