Oxford Flow’s groundbreaking ES valve design has been recognized as the “Most Innovative New Technology” at the prestigious Mary Kay O’Connor Safety and Risk Conference, held at Texas A&M University. The award was proudly accepted by Dr. Chris Kennell and David Smith from our Americas business development team.
The Mary Kay O’Connor Safety and Risk Conference is a globally recognized forum for industrial process safety discussions, bringing together experts from around the world to explore advancements in risk mitigation and operational safety. This recognition underscores Oxford Flow’s commitment to developing cutting-edge solutions that enhance safety, reliability, and efficiency in industrial operations.
Oxford Flow’s ES valve impressed the conference’s technical committee with its stemless axial flow design, which eliminates traditional components that are prone to failure and emissions leaks. This innovation enhances operational integrity while significantly reducing the risk of leakages and maintenance downtime, making it a game-changer in process safety.
The Legacy of the Mary Kay O’Connor Safety and Risk Conference
Founded in response to the 1989 Phillips 66 explosion, the Mary Kay O’Connor Process Safety Center (MKOPSC) was established to drive safety improvements in the chemical and process industries. Hosted in collaboration with the Institution of Chemical Engineers (IChemE), the conference has, for 27 years, provided a platform for experts to address the latest safety challenges and innovations in energy, infrastructure, petrochemical, and manufacturing sectors.
This year, Oxford Flow had the privilege of exhibiting the ES valve, showcasing its ability to revolutionize industrial flow control. The response was overwhelmingly positive, with industry professionals expressing keen interest in the ES valve’s potential to enhance safety, operational efficiency, and environmental compliance.
Oxford Flow’s ES Valve: Setting New Standards in Flow Control
The ES stemless axial flow valve is engineered for exceptional performance, reliability, and emissions control across severe service applications in:
- Oil & Gas
- Pipeline Operations
- Petrochemical Processing
- Industrial Manufacturing
- Energy Transition Systems (Hydrogen & Biomethane)
Offering zero-leakage isolation and regulation, the ES valve is available in sizes from 2” to 24” (DN50 to DN600) and pressure classes up to ASME 2500. Its robust construction and advanced engineering make it the preferred choice for industries seeking enhanced safety and sustainability in their operations.
Pioneering the Future of Industrial Safety
Winning the Most Innovative New Technology award is a testament to Oxford Flow’s relentless pursuit of excellence. We remain committed to engineering solutions that redefine safety standards and drive innovation in industrial process safety.
The Mary Kay O’Connor Safety and Risk Conference serves as a powerful reminder of the ongoing need for technological advancements in industrial safety. Oxford Flow is honored to be part of this legacy and dedicated to shaping a safer, more efficient future for global industries.
