Oxford Flow upgrades fuel pressure regulator to future proof fuel networks

IM-S regulator presents 100% hydrogen readiness, 30% improve to move capability and is extra compact for seamless retrofitting.
Oxford Flow, the flow control gear specialist for oil, gasoline, industrial course of and water industries, declares the launch of the most recent version of its revolutionary gas strain regulator, the IM-S valve, providing best-in-class resiliency, ongoing safety of gas supply and seamless future-proofing for operators in the gas distribution, power generation, industrial gas and oil and fuel sectors.
Oxford Flow has integrated buyer feedback to create a superior mannequin which is more compact and could be retrofitted seamlessly into gasoline distribution networks globally. The new IM-S regulator provides an elevated circulate capability of up to 30%, and consolidates other key advantages, corresponding to hydrogen readiness, while offering unrivalled results for industry efficiency and reliability benchmarks.
The valve is designed for as much as one hundred pc hydrogen mixing inside gasoline networks, comfortably exceeding the UK government’s goal for Britain’s fuel networks to be able to ship 20% hydrogen mix by 2023. Furthermore, Oxford Flow has taken the revolutionary step of eliminating the diaphragm, the most typical failure and wear point in conventional fuel regulators, contributing to a minimal service interval maintenance interval of as a lot as ten years.
Oxford Flow has invested hundreds of thousands of simulation hours and accomplished a stringent testing regime, above and past the present BS EN 334 necessities to ensure that it’s remaining one step ahead of evolving standards. This has demonstrated that the IM-S can operate with stability at anything from zero to 100 percent of operating capability.
Faris Churcher, Principal Applications Engineer at Oxford Flow mentioned, “The IM-S is the following generation fuel pressure regulator that enhances the benefits of the IM valve predecessor. Engineered with industrial suggestions and feedback on the forefront of its adaptation, this newest growth improves upkeep and versatility, whereas guaranteeing resiliency towards future grid challenges.
“At Oxford Flow we consider in elevating the bar and improving trade standards to be the best that they’ll presumably be, so it’s important that when we’re growing and advancing our expertise, we’re considering past the requirements that exist now and setting higher, more stringent ones.”

The IM-S is constructed to be smaller and lighter, making the process of retrofitting into networks seamless with no impact on present techniques and simple future upkeep. and is at present deployed in several networks, with over 10 years cumulative service across regulators already installed and no failures or unplanned upkeep.
Neil Poxon, CEO, Oxford Flow mentioned, “Since launch, the IM gas regulator has been one of our flagship merchandise and represents a significant step ahead for the valve trade. Now, the development, testing and launch of IM-S has given us the chance to enhance and excellent the regulator. diaphragm seal ’re happy with the service record of our present regulators within the area and are delighted to have the ability to present our prospects with the subsequent step ahead, the IM-S.”


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