MOGAS® Max Series
Application-specific, custom-engineered solutions for severe service applications
Custom requests are part of our legacy. MOGAS has been in the business since 1973, engineering and fabricating that one exclusive valve that is a non-standard crucial component for your operating system. Unique bore sizes, different end connections and special trim materials are accomplished through our engineered products group.
At MOGAS, we partner with plant and process engineers to understand their whole flow process—and what they are trying to achieve. Only then can we engineer a solution that is application specific.
Visit Configurations below to see some of the products MOGAS has engineered to solve isolation and flow control problems.
... Read more Read lessSpecial Linkage (Dual Valves, Quad Valves)
These valve configurations may involve multiple severe service valves that need to operate in a specific sequence or operate in such a manner that some are automatically closed when others are opened.
Ultra High-Pressure Valves
Extremely high pressures require extreme engineering and proven manufacturing skills to mitigate any process / personnel safety concerns. Often chemical / petrochemical isolation valves must provide tight shut-off for severe operating conditions, as well as potentially toxic chemicals.
Unique Bore or Inlet/Outlet Sizing
Special piping or process requirements often create operational challenges for severe service valves. Dimensional sizing constraints often limit commodity valves. MOGAS has been able to offer uniquely fabricated and manufactured ball valves that meet operational specifications, maintain process integrity, fit mechanical dimensions and honor deadlines.
Y-Valve Design
Applying proven technology from decades of experience in isolation valve design, the MOGAS Y-valve provides the optimal solution for combining process functions, reducing required space, and diverting or isolating flow within a single valve body. Metal-to-metal sealing gives dependable, repeatable isolation in high temperature, high pressure and solids laden process streams.
