21-08-2017

MOGAS to provide isolation valves to Hengli Petrochemical Refinery

MOGAS Industries, Inc recently received contracts to supply severe service isolation valves to Hengli Petrochemical (Dalian) Refinery Co., Ltd for a new heavy oils construction project on ChangXing Island in Dalian City Liaoning, China.

MOGAS will provide Hengli Petrochemical (Dalian) Refinery Co., Ltd, China, a subsidiary of Hengli Group, with over 950 valves that will be used in a variety of severe service applications in the ebullating bed unit including high pressure letdown isolation, catalyst isolation and many high cycle, thermal shock applications. Delivery of these valves is scheduled for early 2018 to meet a very demanding construction schedule.

Matt Mogas, President and CEO of MOGAS Industries, Inc., said: “We are extremely pleased to supply Hengli Group with the world’s best isolation  valves. MOGAS products are known for their premium quality, reliability and durability. We offer our customers the lowest cost of ownership,  safety and an unparalleled after-sales service experience. These valves will be custom-designed and manufactured at MOGAS’ advanced  manufacturing facility in Houston.”

Johann Verster, General Manager, MOGAS Systems & Consulting said: “Hengli Group is committed to setting up one of the best petrochemical complexes in the world, and MOGAS valves will help our customer achieve their vision. Over the last decade MOGAS has invested heavily in R&D and very efficient manufacturing processes, which provides us with a unique competitive advantage to execute not only this project, but several  other anticipated heavy oil projects in the coming years.”

MOGAS has a track record of over 8,200 installed valves in heavy oil  applications over the last 30+ years in 24 active operations around the  globe.

“After detailed discussions, we chose MOGAS because of their quality  manufacturing processes and knowledge of severe service ball valves. By  partnering with them we are confident our heavy oils plant will operate  smoothly and continuously, and result in increased plant efficiencies  and profits.”