Fanpod® Process Control Valve Supply Control Valves for Steam, Hot Water, Chilled Water, and Process Regulation Fanpod® supplies and integrates control valves for process systems where flow, pressure, level, or temperature must be regulated accurately. These valves are commonly applied on steam lines, hot water loops, chilled water circuits, pasteurizers, heaters, CIP units, tank temperature control systems, and utility packages. For control valve projects, Fanpod can support selection and supply of recognized brands such as SAMSON, Spirax Sarco, Alfa Laval, GEA, and equivalent approved manufacturers depending on the application. Unlike simple on-off valves, control valves must be sized according to process conditions, control range, pressure drop, actuator force, valve authority, cavitation risk, flashing risk, and control signal strategy. Request Control Valve Sizing Browse Products Steam control Hot water Chilled water 4-20 mA SAMSON / Spirax Precision RegulationFor pasteurizers, heaters, cooling loops, CIP units, and utility skids Overview A control valve is not selected only by pipe size. It is selected by process behavior. The valve must provide stable modulation across the required operating range without oversizing, hunting, excessive noise, cavitation, flashing, erosion, or poor low-flow control. In steam and thermal utility systems, correct control valve sizing has a direct influence on product temperature stability, energy consumption, safety, and plant availability. Fanpod supplies control valves for steam, hot water, chilled water, glycol, clean utilities, and selected hygienic process duties. In a pasteurizer, for example, a steam control valve regulates heat input to maintain the exact product outlet temperature. In a chilled water system, a modulating valve controls cooling energy to stabilize a tank jacket or plate heat exchanger. In a CIP system, control valves may regulate temperature, flow, or pressure to maintain repeatable cleaning results. The control valve package typically includes the valve body, trim, actuator, positioner, and accessories. Depending on the system, this may include pneumatic actuation with an electro-pneumatic positioner, electric actuation, smart diagnostics, air filter regulator, solenoid valve, position feedback, limit switches, pressure balancing, or fail-safe action. Fanpod’s role is to help define and supply the correct package, not to represent these valves as Fanpod-manufactured products. Key Benefits Accurate regulation of steam, hot water, chilled water, glycol, and selected process utilities. Supports stable temperature control in pasteurizers, heaters, tank jackets, and heat exchanger packages. Can be supplied from SAMSON, Spirax Sarco, Alfa Laval, GEA, and approved equivalent brands. Available with pneumatic or electric actuation depending on plant control philosophy. Compatible with 4-20 mA, 0-10 V, digital positioners, feedback signals, and PLC integration. Can be sized to avoid poor control caused by oversizing or incorrect pressure drop assumptions. Supports energy efficiency by matching valve authority and control range to actual process demand. Can be integrated into Fanpod-built tanks, PHE frames, THE/STHE packages, CIP units, and process skids. Fanpod supplies control valves from specialist manufacturers. For steam and utility service, SAMSON and Spirax Sarco are typical premium options subject to project needs and availability. Steam Control For heaters, pasteurizers, hot water generators, and thermal utility stations where stable heat input is required. Hot Water Control For heat exchanger loops, tank jackets, CIP units, and process heating circuits where temperature must be regulated smoothly. Chilled Water Control For cooling loops, glycol systems, storage tanks, and PHE packages where efficient cooling control is required. Process Modulation For selected hygienic flow control, dosing, pressure regulation, and automated process balancing applications. Why Proper Sizing Matters A control valve that is too large may open only a few percent during normal operation, creating unstable control and poor resolution. A valve that is too small may not pass enough flow at peak demand. Incorrect trim selection can lead to noise, erosion, cavitation, flashing, vibration, or premature wear. In steam service, wrong sizing can cause water hammer, unstable heat transfer, seat damage, or poor temperature response. For this reason, Fanpod reviews process data before proposing a valve. Required information normally includes fluid type, inlet pressure, outlet pressure, flow rate minimum and maximum, temperature, pipe size, connection standard, control signal, fail position, installation location, and whether the valve controls pressure, flow, level, or temperature. For steam applications, condensate handling and steam quality should also be considered. For chilled water and glycol, pressure drop and valve authority are essential to stable control. In projects involving Fanpod-fabricated equipment, such as tanks, tubular heat exchangers, shell and tube heat exchangers, PHE frames, filter housings, and process skids, control valve selection can be coordinated with the mechanical design. This reduces interface problems and helps the system operate as a complete engineered package. Typical Technical Specification Feature Typical Supply Range Valve Type Globe control valve, sanitary control valve, steam control valve, hot/chilled water modulating valve Common Brands SAMSON, Spirax Sarco, Alfa Laval, GEA, and approved equivalent manufacturers Nominal Size DN15 to DN150 common range; larger sizes available based on duty Body Material Stainless steel, carbon steel, cast steel, bronze, or hygienic stainless steel depending on service Actuation Pneumatic diaphragm actuator, pneumatic piston actuator, or electric actuator Positioner Electro-pneumatic, smart digital, 4-20 mA, optional feedback and diagnostics Control Characteristic Linear, equal percentage, quick opening, or brand-specific trim characteristic Applications Steam, hot water, chilled water, glycol, CIP, pasteurization, heating, cooling, tank temperature control Selection Data Flow, pressure drop, temperature, density, viscosity, required Cv/Kv, fail action, control signal Size the Control Valve Around the Process, Not Just the Pipe Fanpod supports control valve sizing, brand selection, actuator configuration, and integration with process equipment. Correct selection improves temperature stability, energy efficiency, automation reliability, and long-term service life. Request Engineering Support Browse Products Ball Valves Check Valves Control Valves Diaphragm Valves Mixproof Valves Single Seat Valves Special Valves Butterfly Valves
Fanpod® Process Control Valve Supply Control Valves for Steam, Hot Water, Chilled Water, and Process Regulation Fanpod® supplies and integrates control valves for process systems where flow, pressure, level, or temperature must be regulated accurately. These valves are commonly applied on steam lines, hot water loops, chilled water circuits, pasteurizers, heaters, CIP units, tank temperature control systems, and utility packages. For control valve projects, Fanpod can support selection and supply of recognized brands such as SAMSON, Spirax Sarco, Alfa Laval, GEA, and equivalent approved manufacturers depending on the application. Unlike simple on-off valves, control valves must be sized according to process conditions, control range, pressure drop, actuator force, valve authority, cavitation risk, flashing risk, and control signal strategy. Request Control Valve Sizing Browse Products Steam control Hot water Chilled water 4-20 mA SAMSON / Spirax Precision RegulationFor pasteurizers, heaters, cooling loops, CIP units, and utility skids Overview A control valve is not selected only by pipe size. It is selected by process behavior. The valve must provide stable modulation across the required operating range without oversizing, hunting, excessive noise, cavitation, flashing, erosion, or poor low-flow control. In steam and thermal utility systems, correct control valve sizing has a direct influence on product temperature stability, energy consumption, safety, and plant availability. Fanpod supplies control valves for steam, hot water, chilled water, glycol, clean utilities, and selected hygienic process duties. In a pasteurizer, for example, a steam control valve regulates heat input to maintain the exact product outlet temperature. In a chilled water system, a modulating valve controls cooling energy to stabilize a tank jacket or plate heat exchanger. In a CIP system, control valves may regulate temperature, flow, or pressure to maintain repeatable cleaning results. The control valve package typically includes the valve body, trim, actuator, positioner, and accessories. Depending on the system, this may include pneumatic actuation with an electro-pneumatic positioner, electric actuation, smart diagnostics, air filter regulator, solenoid valve, position feedback, limit switches, pressure balancing, or fail-safe action. Fanpod’s role is to help define and supply the correct package, not to represent these valves as Fanpod-manufactured products. Key Benefits Accurate regulation of steam, hot water, chilled water, glycol, and selected process utilities. Supports stable temperature control in pasteurizers, heaters, tank jackets, and heat exchanger packages. Can be supplied from SAMSON, Spirax Sarco, Alfa Laval, GEA, and approved equivalent brands. Available with pneumatic or electric actuation depending on plant control philosophy. Compatible with 4-20 mA, 0-10 V, digital positioners, feedback signals, and PLC integration. Can be sized to avoid poor control caused by oversizing or incorrect pressure drop assumptions. Supports energy efficiency by matching valve authority and control range to actual process demand. Can be integrated into Fanpod-built tanks, PHE frames, THE/STHE packages, CIP units, and process skids. Fanpod supplies control valves from specialist manufacturers. For steam and utility service, SAMSON and Spirax Sarco are typical premium options subject to project needs and availability. Steam Control For heaters, pasteurizers, hot water generators, and thermal utility stations where stable heat input is required. Hot Water Control For heat exchanger loops, tank jackets, CIP units, and process heating circuits where temperature must be regulated smoothly. Chilled Water Control For cooling loops, glycol systems, storage tanks, and PHE packages where efficient cooling control is required. Process Modulation For selected hygienic flow control, dosing, pressure regulation, and automated process balancing applications. Why Proper Sizing Matters A control valve that is too large may open only a few percent during normal operation, creating unstable control and poor resolution. A valve that is too small may not pass enough flow at peak demand. Incorrect trim selection can lead to noise, erosion, cavitation, flashing, vibration, or premature wear. In steam service, wrong sizing can cause water hammer, unstable heat transfer, seat damage, or poor temperature response. For this reason, Fanpod reviews process data before proposing a valve. Required information normally includes fluid type, inlet pressure, outlet pressure, flow rate minimum and maximum, temperature, pipe size, connection standard, control signal, fail position, installation location, and whether the valve controls pressure, flow, level, or temperature. For steam applications, condensate handling and steam quality should also be considered. For chilled water and glycol, pressure drop and valve authority are essential to stable control. In projects involving Fanpod-fabricated equipment, such as tanks, tubular heat exchangers, shell and tube heat exchangers, PHE frames, filter housings, and process skids, control valve selection can be coordinated with the mechanical design. This reduces interface problems and helps the system operate as a complete engineered package. Typical Technical Specification Feature Typical Supply Range Valve Type Globe control valve, sanitary control valve, steam control valve, hot/chilled water modulating valve Common Brands SAMSON, Spirax Sarco, Alfa Laval, GEA, and approved equivalent manufacturers Nominal Size DN15 to DN150 common range; larger sizes available based on duty Body Material Stainless steel, carbon steel, cast steel, bronze, or hygienic stainless steel depending on service Actuation Pneumatic diaphragm actuator, pneumatic piston actuator, or electric actuator Positioner Electro-pneumatic, smart digital, 4-20 mA, optional feedback and diagnostics Control Characteristic Linear, equal percentage, quick opening, or brand-specific trim characteristic Applications Steam, hot water, chilled water, glycol, CIP, pasteurization, heating, cooling, tank temperature control Selection Data Flow, pressure drop, temperature, density, viscosity, required Cv/Kv, fail action, control signal Size the Control Valve Around the Process, Not Just the Pipe Fanpod supports control valve sizing, brand selection, actuator configuration, and integration with process equipment. Correct selection improves temperature stability, energy efficiency, automation reliability, and long-term service life. Request Engineering Support Browse Products