Cignus Instruments AS is industrializing a novel and patented concept for precision direct mass-flow measurements of gases and liquids with particular advantage for applications within the emerging H2 and CCS value chains. Our technology is developed in close partnership with major energy companies, pipeline operators and equipment suppliers with global ambitions and motivated by the green transition.
Key benefits of the Cignus Mass Flowmeters
- High accuracy at large pipe sizes and thick walls.
- High accuracy at high operational pressures and for low density fluids like gases.
- Very low pressure loss.
- One flowmeter scalable to very large sizes removing the need for several small flowmeters on the same line.
- Submerged and Subsea adaptable design.
Read more about the Technology and Applications
News
-
How Cignus Instruments builds better carbon capture and hydrogen business with CaptureMap
Read external article: How Cignus Instruments builds better carbon capture and hydrogen business with CaptureMap – CaptureMap
-
Testing of mass flowmeters for CO₂
Setting up Water flow test of CO2 prototype at TUV-SUD-NEL (Uk). Cignus Instruments AS Martin Nese is well-positioned to lead the development of the next generation of Mass-flow meters, with special focus on the CCS industry. We also see great potential in implementing such meters subsea, where it is crucial to know the exact amount of […]
-
Cignus is exhibiting at ONS
Cignus is exhibiting at the ONS Innovation Park in Hall 8 organised by the Research Council of Norway. ONS 2024 is arranged in Stavanger on August 26 – 29. We look forward to see you at our booth next week. Cignus is industrializing new technology for direct mass-flow metering of fluids with particular advantages for […]
-
Cignus Instruments develops a new solution for direct mass flow metering of CO₂
Existing flow meters do not meet all technical measurement requirements for measuring the mass flow of CO2 in future large scale CCS chains.Cignus’ proprietary technology can help close this technology gap. Read the full article at Climit.no