Tag: valve design

Industrial valves operate under challenging service conditions involving high pressure, temperature, and frequent cycling. These complex environments often lead to structural deflection, sealing distortion, and unpredictable performance behavior.

Industrial valves operate under challenging service conditions involving high pressure, temperature, and frequent cycling. These complex environments often lead to structural deflection, sealing distortion, and unpredictable performance behavior.

Computer-aided engineering (CAE), also called engineering simulation, is becoming the industry standard for designing and testing valves.

Valves, though seldom in the limelight, play an indispensable role in our daily lives and the operation of high-stakes industries.

As valve operators, end users develop their own standards and regulations to ensure valves are complying with international best practices as well as raise the bar for the required minimum of optimum design versus product quality to ensure they are ready to operate and function.

Valves are significant components of an operating facility where isolation is required.

James Walker new Supagraf 100FXI CS packing combination set has been developed specifically to exceed the requirements of all current fugitive emissions standards to provide a product that can be specified in valve designs today, safe in the knowledge that they will meet performance requirements well into the future.

The valve design for dispatchable gas-fired combined cycle power plants (CCPPs) must be adapted to the increased cyclic load due to the integration of intermittent renewable sources, says an industry expert.

Belimo Americas’ new six-way pressure independent control valve features hydronically decoupled heating and cooling circuits with the integration of an innovative ball design.

Cortec recently participated at LSU’s PERTT Lab in Baton Rouge in a flow loop test of its new back pressure valve design.