Oxford Flow, the pressure control equipment specialist for the oil and gas, water and industrial process industries, has expanded its office space at its premises in Oxford following rapid growth in the last six months.
The purpose-built office space on Osney Mead in Oxford has been expanded to 260m2 from 120m2. The new space will house Oxford Flow’s growing team, which has added 10 people in the last year. Key team specialisms include mechanical and production engineers, IP specialists and field operators.
Oxford Flow’s 24 strong team has been busy developing the world’s first diaphragm free gas regulating valve. This valve reduces wear and therefore maintenance costs – improving gas network efficiency, performance and reliability. The company’s pressure control technology was originally developed at the Osney Thermofluids Institute research facility at Oxford University and is used in water and gas distribution networks, oil and gas systems, and industrial processes.
Neil Poxon, CEO of Oxford Flow, said: “This office expansion is a key milestone in our growth. We had the ambition to commercialise and develop Oxford Flow, but little did we think 12-months later we would have already increased head count by 70 per cent. It’s a remarkable feat and is a reflection of the talented team we have onboard. It also reflects the sheer excitement in the water, gas and oil and gas industries for our technology – a simple innovation, yet incredibly impactful in terms of cost, efficiency and performance.”
The expansion comes alongside Oxford Flow’s latest capital raise, which was launched in March this year. Once complete, the funding will be used to accelerate deployment of its highly innovative flow control valve technology into multiple energy and industrial markets. While executing the capital raise, the company plans to nearly double headcount, by hiring from the local Oxford area, to more than 40 members of staff.
Pressure control equipment firm Oxford Flow expands its office space
Published: 19 September 2019 - 6:30 a.m.