OleumTech launches Coriolis flowmeters for high-accuracy mass flow measurement
FOOTHILL RANCH, CA, – May 6, 2026 — OleumTech, a leading provider of industrial automation and instrumentation solutions, has announced the launch of its Coriolis flowmeter, engineered to deliver precise, repeatable measurement of mass flow, density and temperature across a wide range of liquid and gas applications.
Designed for upstream, midstream and downstream oil and gas, as well as chemical processing and industrial utility environments, the new platform delivers performance comparable to other leading manufacturers with a more competitive total cost of ownership.
Built on proven Coriolis measurement principles, the OleumTech Coriolis Flowmeters provide direct mass flow measurement independent of changing fluid characteristics such as viscosity or temperature, enabling superior process control, allocation accuracy and operational visibility. The platform delivers mass flow accuracy of ±0.1%, density accuracy of ±0.0005 g/cm³ and temperature accuracy of ±0.2 °C, helping operators optimize throughput while reducing uncertainty in critical measurement points.
The OleumTech HMFM Coriolis flowmeters’ robust 316L stainless steel components and an explosion-proof design for hazardous areas are ideally suited for harsh field installations where uptime and reliability are essential. Direct and remote transmitter mounting configurations provide installation flexibility for elevated temperature processes or challenging access locations. Additionally, thanks to its photosensitive control buttons, users can interface the device without removing the enclosure cover.
“With the introduction of our Coriolis platform, OleumTech continues to expand our portfolio of precision flow technologies to meet the evolving needs of industrial operators,” says Vrej Isa, COO. “Customers require dependable measurement, simplified integration and long-term durability — and this solution was designed to deliver all three at a very attractive price point.”
OleumTech