Oxford Flow has been at the forefront of innovative valve and regulator technology since its inception. The journey began in 2005 and led to the formal establishment of Oxford Flow in 2015. Since then, the company has developed disruptive solutions that enhance performance, reliability, and sustainability across multiple industries.
IHF – High Precision Gas Regulator
The IHF gas pressure regulator predates Oxford Flow by 10 years. It was originally designed by Professor Tom Povey during his jet turbine research at the Osney Thermo-fluids test facility in Oxford. Frustrated with existing market options, he engineered his own high-performance pressure regulator, laying the foundation for Oxford Flow’s innovative approach. With over 15 years of service and zero downtime, the IHF regulator has set a benchmark for reliability in gas flow control.
IP – Polymer Liquid Regulator
The IP polymer liquid pressure regulator was Oxford Flow’s first proprietary design, integrating patented piston technology from the IHF valve. Initially adopted by Veolia in 2016 for mobile water treatment, the technology quickly gained traction across Europe, the UK, and the US, securing WRAS and NSF potable water certifications.
Recognizing its potential, Georg Fischer invested in Oxford Flow in 2020, securing exclusive rights to market the Neoflow product range to improve leakage management in the utility water sector. This partnership strengthened Oxford Flow’s presence in global water infrastructure solutions.
IM-S – Gas Regulator
Developed in collaboration with UK Gas Distribution Network company SGN, the IM-S gas regulator emerged from a 3.5-year industry-funded project. Launched in late 2021 after receiving EN334 product type testing certification, the IM-S regulator has seen an impressive 400% sales growth over two years, reinforcing its impact in the gas distribution industry.
IM-C ‘Top-entry’ Cartridge Regulator
The IM-C gas regulator was successfully trialed in Williams, US, leading to a significant order from VRG Controls, Oxford Flow’s US distribution partner. Demand quickly doubled, with orders expanding to Mexico and other key markets. The product line now includes sizes ranging from 2 to 8 inches, catering to a wider range of gas regulation applications.
ES Zero Emissions Stemless Control and Isolation Valve
The ES valve, a zero-emission, stemless control and isolation valve, was developed in close collaboration with BP, Chevron, Equinor, and ADNOC. Following extensive testing at Equinor’s Karsto facility in Norway in late 2020, the technology secured ATEX and CSA certification. This milestone, combined with recognition from ASME at OTC Houston and ADNOC’s Decarbonization Technology Challenge in 2023, marked a breakthrough in emissions-free valve technology.
Early adoption by oil and gas operators in the US, including BP, ADNOC, and Harbour Energy, has positioned the ES valve as a key solution for gas gathering and onshore oil & gas applications.
Future Outlook
Looking ahead, Oxford Flow is actively engaging with global industry leaders to fast-track approvals for the ES valve in hydrogen infrastructure projects and environmental initiatives aimed at reducing fugitive emissions. The company remains committed to delivering cutting-edge, high-performance flow control solutions that drive efficiency and sustainability across industries.
