Conserve resources and reduce emissions with ultrasonic solutions
At CeramTec, we are setting new standards with our CeramSense® ultrasonic flow sensor solutions, in terms of both technical performance and sustainability. These solutions have been developed to deliver ecological benefits and conserve resources, providing long-term advantages for the environment and our customers:
Saving water and energy
In areas such as drinking water supply, heating systems or gas networks, accurate and stable measurements allow leaks or inefficient systems to be detected earlier. As a result, water, gas or heat losses can be reduced. CeramSense® is designed to consistently deliver precise measurement results over a wide temperature and flow range. This minimises the life cycle requirement for replacement devices and new production - which reduces material and energy consumption.
Reduction of emissions
Precise sensors have a positive effect on safety and environmental monitoring, particularly in the case of gas flow measurements, helping to recognise and prevent environmentally harmful emissions at an early stage. CeramSense® gas metering solutions are specifically engineered for gas metering applications such as gas detection for safety and environmental monitoring or industrial process control.
Contribution to the circular economy
At CeramTec, we control the manufacturing process internally across the entire value chain, from powder and piezo ceramic production to the final assembly of the sensors. This enables us to optimise production processes, save resources and minimise waste. Thanks to its high-quality materials, long service life, and compliance with standards, CeramSense® promotes the sustainable, circular use of technical systems.
Standard compliance and environmental compatibility
Regulatory sustainability is key in environmental applications. CeramSense® is designed to fulfil international standards for water and gas measurement applications, such as for drinking water (e.g. WRAS) and measuring devices with MID certification.
Excited for more? Discover our white paper Long-term performance of ultrasonic water meters.