A necessity for life, water provides individuals, communities and businesses with essential sustenance.
An average person in the UK uses 146 litres at home per day and before it reaches their taps the water undergoes a complex purification process to ensure it's safe for use and drinking. This intricate journey relies on a network of high-quality valves and equipment. GEMÜ offers expert solutions for water and wastewater treatment applications, all with efficiency, sustainability and digitalization in mind.
Sustainable Water Management
The growing global population, changing lifestyles and climate change are leading to an increase demand for water, the treatment of municipal and industrial wastewater for reuse is essential for achieving sustainable water management. Membrane filtration processes play a key role in optimising water reuse.
From plastic diaphragm valves for chlorination to intelligent electrical positioners for flow control, and butterfly valves with WRAS approved materials, GEMÜ can provide efficient solutions even for the most complex applications.
Innovation and Technology
Digitalization enhances water treatment plants by continuously monitoring the condition of infrastructure and efficiently collecting data to predict maintenance needs, preventing disruptions and costly downtimes. The GEMÜ App and CONEXO asset management software can help to improve existing technology. The GEMÜ App manages datasheets, providing instant access to maintenance procedures and certification.
Using Bluetooth, it can also operate GEMÜ valves when paired with an electrical positioner and process controller. GEMÜ CONEXO uses RFID chips on valve components for on-site data access with the CONEXO pen, supporting maintenance work and electronic recording. This is particularly beneficial for skid builders, OEMs, and complex maintenance tasks, improving data handling and the reduction of paperwork that supports quality and change control processes.
Explore GEMÜ valves & solutions on STAND E20 at CHEMUK 2025 Expo.
For more information, click here.
