Deasphalting
When producing deasphalted oil (DAO) for hydroprocessing and catalytic cracking, the deasphalting process naturally creates heavy asphaltene buildup.MOGAS' C-Series full-ported valve design offers 100 percent reliability in all asphaltene and DAO applications. That’s because MOGAS valves are equipped with a continuous, intermittent purge system that removes troublesome asphaltene build-up from seats and body cavities.Operating Conditions:</s...
Gasification
The slurry-fed system initially developed for the coal industry has been successfully extended to refining’s gasification process for the production of hydrogen, synthesis gas (low BTU fuel gas), steam, hydrogen, and power.Over the past 20 years, MOGAS has worked continuously with the leading licensor of the gasification process to design trim and coating technology that significantly increases critical isolation valves’ operational reliability. In fact, in a recent ...
1-butene (AlphaButol)
The installation of this 24-inch, ASME 300 Class T-Series trunnion was one of nearly 1800 valves for the start-up production of 1-butene.1-Butene is an organic chemical compound, and is a highly flammable, easily condensed gas. AlphaButol® is a...
Autoclave
Many of MOGAS design advancements are the direct result of creating application-specific solutions to address the demanding conditions of autoclave processes.</...
Control Ball Valves
Known for many years as a leading manufacturer of severe service ball valves for high pressure and high temperature, corrosive, abrasive and/or other harsh services, MOGAS has a rotary control valve line – FlexStream® and RotaryTECH™.<img alt="" src="~/getmedia/143c6fea-53c2-49c4-9ccb-0439db6eed45/autoclave-159097_seat_01_gray-900px?width=240&height=240" style="width: 240px; heig...
MOGAS 隔离球阀
就完全关断的可靠隔离性而言，MOGAS 严苛工况金属密封球阀处于行业领先地位。自 1973 年成立起，MOGAS 已成为众多行业严苛工况阀门解决方案的领先制造商，例如：炼油电力湿法冶金（高压灭菌器）天然气管道运输和储存石化/化工<a href="~/zh-cn/工业/其他行业" target="_bla...
HIPPS
ProcessHigh Integrity Pressure Protection Systems (HIPPS) are designed to reduce the risk if the pressure of a system exceeds its design pressure. With today’s requirements for higher flow rates and pressures, the ability to lock-in pressure using a performance-based, non-descriptive framework and life-cycle data is required. These systems include emergency shutdown valves, pressure sensors, fail safe actuation, partial-stroke testing and a logic solver—all with bu...