Perfect for all processes where knowledge about the properties of combustible gas is crucial:
The efficiency of gas engines and turbines depends heavily on gas quality. Failing to adapt operating parameters can lead to inefficient performance – and with hydrogen blends, incorrect settings can even cause damage. But gas quality is dynamic and ever-changing!
gasQS flonic & gasQS static provide fast and precise real-time data, enabling the automatic optimization of operating parameters.
At the coastal power plant in Kiel, a single gasQS flonic optimizes 20 gas engines – delivering efficiency gains that pay off after just three months!
If you want to future-proof your gas-powered systems, smart sensors are the way to go!
Perfect for power plants – optimizes multiple gas engines or turbines with just one measurement!
Mounted directly on the engine block – detects H₂ content in seconds (T90: 1–2s)!
Biogas is a key technology in the energy transition. But ensuring quality remains a challenge for many operators:
The maintenance-free sensor for fast and reliable methane detection in biomethane and off-gas.
With gasQS static, you optimize your biogas plant efficiently and sustainably.
In gas distribution networks, accurate determination of gas quality and volume is essential for precise billing and safe operation. However, traditional gas chromatographs (GCs) are often expensive, require intensive maintenance, and are unsuitable for decentralized measurement.
The gasQS flonic delivers high-precision measurements of calorific value, heating value, hydrogen content, and more – in a cost-effective, low-maintenance, real-time solution. With OIML R140 certification and ultra-low power consumption (<1.5W), it's ideal for modern gas grids, including those with up to 23% hydrogen.
Boost efficiency, reduce costs, and prepare your network infrastructure for the future!
Head of Sales gasQS™
Phone: +41 (0)56 481 90 75