Oxford Flow, a UK-based specialist in flow control equipment, has begun commercial trials of its ES stemless control valve in collaboration with Abu Dhabi National Oil Company (Adnoc).

These valves are currently being tested under real operating conditions at Upper Zakum and Das Island, which are important production fields with high operational and environmental standards.

The pilot, taking place in both onshore and offshore settings, aims to showcase the valve’s capability to eliminate fugitive emissions while aiding Adnoc in achieving its ambitious decarbonisation goals.

This initiative follows Oxford Flow’s recognition as a finalist in Adnoc’s first Decarbonisation Technology Challenge, which took place in 2023 in partnership with AWS, bp, Hub71, and the Net Zero Technology Centre.

This pilot is part of Oxford Flow’s strategy to expand in the Middle East and highlights the company’s commitment to collaborating with operators dedicated to implementing decarbonisation technologies.

The ES valve stands out as one of the few control valves validated by third-party testing for its ability to eliminate fugitive emissions.

Its design, which lacks a stem and external actuator, reduces common points of failure, minimises maintenance needs, and allows for a more compact footprint.

Also, the design enhances installation and servicing ease, increases reliability in harsh conditions, and makes it suitable for high-performance applications in both upstream and downstream operations, enabling operators to reduce emissions without compromising efficiency or durability, Oxford Flow stated.

Neil Poxon, CEO at Oxford Flow, said: "Receiving a commendation in Adnoc’s Decarbonisation Technology Challenge was a strong endorsement of the technology and its relevance to the industry’s net zero ambitions. Leaking valves are a major, often overlooked, source of emissions. By replacing them, operators can make fast, material progress in decarbonising both onshore and offshore systems. It’s a significant step forward to now see Adnoc piloting the ES valve in live operations."