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Globe control valves utilize linear motion to open and close the valve by moving the closure member in and out on the seat surface, to control the flow rate, pressure, and level of the fluid. Emerson Globe Valves are available in a wide range of valve sizes (NPS ½ through 36), and can address the various types of applications needs: from small to large size, high to low temperature, general purpose to severe applications, delivering high performance and reliability. Emerson Globe Valves are available with a variety of cages or plugs that can be interchanged to modify the inherent flow characteristics to achieve reduced flow, noise reduction, and mitigation or elimination of cavitation.

A segmented ball valve is similar to a conventional ball valve, but with a contoured V-notch segment in the ball. This control valve has good rangeability, control, and shutoff capability. As the ball closes, this V-notch creates a shearing effect, minimizing particle adhesion. This design makes it particularly suitable for handling erosive or viscous fluids, pulp, or other slurry fluids containing mixed solids or fibers. The V-notch ball has been specially contoured to increase capacity and enhance seal life and shutoff integrity.

A style of rotary control valve with a plug-shaped, flow-restricting member that follows an eccentric path as it rotates. The plug has no contact with its seat until it turns within a few degrees of the shutoff position. The plug has no contact with its seat until it turns within a few degrees of the shutoff position. As the plug contacts or “cams” into the seat, the seating surfaces dynamically align to achieve shutoff. The eccentric rotary control valve is specifically designed to control erosive, coking, and other hard-to-handle fluids, providing either throttling or on/off operation.

Butterfly valves are a type of rotary valve that use a rotating disk to control flow through a pipe. The disk is generally operable through 90 degrees and provides a linear flow characteristic. For throttling control applications, one type of butterfly valve is now the industry standard: high performance butterfly valves (HPBVs) or double offset valves. Their advantages include a straight-through flow path, very high capacity, and ability to pass solids and viscous media. High performance butterfly control valves are intended for general service applications not requiring precision throttling control.

Severe service control valves are used in extremely challenging severe service control valve installations in process plants that commonly include cavitation, erosive, corrosive, noisy, high pressure, high temperature, high pressure drop, or high velocity media. In order to extend equipment life under these severe service conditions, these control valves typically utilize extremely hard materials capable of withstanding extreme temperatures and pressures. valve bodies with special flow paths, high capacity valve cavities, and cages with unique flow passages. Fisher offers a diverse range of special valves for severe service applications to address the customer's on-site needs.

A desuperheater injects a controlled, predetermined amount of water into a steam flow to lower the temperature of the steam. To achieve this efficiently, the desuperheater must be designed and selected correctly for the application. Although it can appear simplistic in design, the desuperheater must integrate with a wide variety of complex thermal and flow dynamic variables to be effective. Steam conditioning valves control steam pressure and temperature by combining both functions within one integral control unit. These valves address the need for better control of steam conditions brought on by increased energy costs and more rigorous plant operation. Steam conditioning valves also provide better temperature control, improved noise abatement, and require fewer piping and installation restrictions than the equivalent desuperheater. Fisher offers different styles of desuperheaters that can be combined with control valves to form a desuperheating and depressurization system, effectively reduce the temperature of superheated steam to the desired set point.

As a common control valve accessory, the valve positioner delivers pressurized air to the valve actuator so that the position of the valve stem or shaft corresponds to the set point from the control system. Valve positioners are typically pneumatic or analog I/P and are used when a valve requires throttling action. They require position feedback from the valve stem or shaft and deliver pneumatic pressure to the actuator to open and close the valve. EMERSON offers diverse range of valve positioners, including smart positioners, pneumatic positioners and electrical positioners.

Globe control valves utilize linear motion to open and close the valve by moving the closure member in and out on the seat surface, to control the flow rate, pressure, and level of the fluid. Emerson Globe Valves are available in a wide range of valve sizes (NPS ½ through 36), and can address the various types of applications needs: from small to large size, high to low temperature, general purpose to severe applications, delivering high performance and reliability. Emerson Globe Valves are available with a variety of cages or plugs that can be interchanged to modify the inherent flow characteristics to achieve reduced flow, noise reduction, and mitigation or elimination of cavitation.

A segmented ball valve is similar to a conventional ball valve, but with a contoured V-notch segment in the ball. This control valve has good rangeability, control, and shutoff capability. As the ball closes, this V-notch creates a shearing effect, minimizing particle adhesion. This design makes it particularly suitable for handling erosive or viscous fluids, pulp, or other slurry fluids containing mixed solids or fibers. The V-notch ball has been specially contoured to increase capacity and enhance seal life and shutoff integrity.

Butterfly valves are a type of rotary valve that use a rotating disk to control flow through a pipe. The disk is generally operable through 90 degrees and provides a linear flow characteristic. For throttling control applications, one type of butterfly valve is now the industry standard: high performance butterfly valves (HPBVs) or double offset valves. Their advantages include a straight-through flow path, very high capacity, and ability to pass solids and viscous media. High performance butterfly control valves are intended for general service applications not requiring precision throttling control.

As a common control valve accessory, the valve positioner delivers pressurized air to the valve actuator so that the position of the valve stem or shaft corresponds to the set point from the control system. Valve positioners are typically pneumatic or analog I/P and are used when a valve requires throttling action. They require position feedback from the valve stem or shaft and deliver pneumatic pressure to the actuator to open and close the valve. EMERSON offers diverse range of valve positioners, including smart positioners, pneumatic positioners and electrical positioners.

UNIVALS on-off ball valves can provide longer service life and better sealing performance to meet the safety, emission, and performance requirements of the oil and gas, petrochemical, and chemical industries. It is suitable for various applications such as emergency shutdown valves (ESDV), high-frequency operation, and cryogenic services.

The Triple Offset Butterfly Valve is an innovative valve design engineered to meet the demanding requirements of industries such as oil and gas, petrochemical, and chemical processing. Its unique design features and high-quality manufacturing ensure longer service life, superior sealing performance, and the ability to withstand high and low temperature applications.

Bellows Seal Globe Valves are an advanced type of globe valve designed to address the limitations of traditional packing-sealed valves. By incorporating a bellows sealing mechanism, these valves eliminate the common issues of packing aging, leakage, and frequent maintenance, while significantly enhancing sealing performance, operational reliability, and safety. These valves are widely used in industries such as chemical processing, pharmaceuticals, oil and gas, and power, where leak-free operation, reliability, and durability are critical. BVALVE's Bellows Seal Globe Valves are engineered to deliver optimal performance, ensuring long-term efficiency and safety in demanding applications.

Globe control valves utilize linear motion to open and close the valve by moving the closure member in and out on the seat surface, to control the flow rate, pressure, and level of the fluid. RICHTER lined globe valve is a control valve with fluoroplastic lining and bellows structure that complies with the German clean air regulation TA-Luft. It is used for regulating and controlling corrosive, hazardous, pure, and low solid media in chemical, pharmaceutical, and other industries.

RICHTER Lined Ball Valves are renowned for their innovative modular system, which provides tailored solutions for a wide range of industrial applications. These valves are designed with fluoroplastic linings that offer exceptional chemical resistance, making them ideal for handling highly corrosive and ultra-pure media. Their versatility, combined with a broad range of temperature and pressure ratings, ensures reliable performance in severe applications.

RICHTER Lined Butterfly Valves are highly versatile and designed to handle a wide range of media, including corrosive, pure, and abrasive substances. With FDA-compliant materials in the wetted parts, these valves are suitable for food and beverage processing, pharmaceutical, and other industries requiring strict hygiene standards. Their metal disc and stem design also makes them ideal for handling free-flowing and abrasive loose materials, ensuring reliable on-off and regulating control in diverse applications.