Electrically Actuated Control Valves Market | Revenue, Demand, Supply and Forecast

Market Summary and Growth Forecast

The global Electrically Actuated Control Valves Market is valued at $4,860 million in 2026 and is expected to appreciate to $8,020 million by 2035, at a CAGR of 5.7%. The market covers electrically driven valve systems used to regulate, modulate, or isolate the flow of liquids, gases, steam, and other process media across industrial and infrastructure applications.

Between 2026 and 2035, demand will increasingly be linked to industrial automation, plant modernization, remote asset management, and the replacement of older pneumatic or manually operated valve systems. Electric actuation offers precise positioning without requiring a continuous compressed-air supply. This makes it useful in facilities where energy efficiency, installation simplicity, and remote operation matter.

The market also benefits from the broader move toward connected industrial equipment. Modern electrically actuated valves can incorporate position feedback, digital communication, programmable operating parameters, diagnostics, and remote configuration. As plants become more automated, these functions allow valves to become part of the overall control architecture rather than remaining isolated mechanical components.

Regulatory pressure around energy consumption, process safety, emissions, and equipment reliability will also influence purchasing decisions. In oil and gas, chemical processing, power generation, and water infrastructure, operators are placing greater emphasis on reducing unnecessary energy use and improving visibility into field equipment. Electric actuation can address some of these requirements, particularly in applications where pneumatic infrastructure is costly or difficult to maintain.

Production and infrastructure investment will remain important. New manufacturing facilities, water-treatment projects, power assets, process plants, and energy infrastructure require large numbers of automated valves. At the same time, replacement demand from aging industrial installations will provide a steady revenue base.

Market Indicator	2026	2035
Global Market Size	$4,860 million	$8,020 million
CAGR	—	5.7%
Primary demand base	Industrial automation and process control	Connected automation and infrastructure modernization
Major applications	Flow regulation, isolation, pressure and process control	Intelligent modulation, remote operation and predictive maintenance

Key consumers include oil and gas companies, refineries, chemical and petrochemical producers, power utilities, water and wastewater operators, pharmaceutical manufacturers, food and beverage processors, mining companies, HVAC operators, and general manufacturing facilities. EPC contractors, automation integrators, valve distributors, and equipment OEMs also influence procurement.

The commercial value of electric actuation is gradually shifting from simple movement control toward precision, connectivity, and lifecycle performance. This could support higher-value actuator systems through 2035, particularly in facilities where automation upgrades are being undertaken alongside physical equipment replacement.

Market Segmentation and Forecast Scope

The Electrically Actuated Control Valves Market can be evaluated across product type, application, end user, and region. Each category captures a different aspect of demand. Product type reflects the valve technology selected, application describes the operating requirement, end user identifies the purchasing industry, and regional analysis highlights differences in industrial investment and automation adoption.

By Product Type

The market includes electric globe control valves, electric butterfly control valves, electric ball control valves, and other electrically actuated valve configurations.

Electric globe control valves are widely used where accurate throttling and stable flow regulation are required. Their ability to support precise modulation makes them suitable for demanding process environments. Electric butterfly control valves are generally attractive for larger pipe diameters because of their compact structure, lower weight, and relatively straightforward installation.

Electric ball valves address applications requiring reliable shut-off, quarter-turn operation, and comparatively fast response. Other configurations serve specialized flow-control requirements.

For 2026, electric globe control valves are estimated to account for approximately 41% of global market revenue, while electric butterfly control valves represent around 27%. The remaining share is distributed across ball valves and other designs.

The more strategic opportunity is developing around intelligent and modulating configurations. Buyers increasingly evaluate feedback systems, control accuracy, communication capabilities, diagnostics, and maintenance requirements alongside traditional valve specifications.

By Application

Applications include flow regulation, pressure control, temperature control, level control, process isolation, and other automated flow-control duties.

Flow regulation remains a core application because accurate valve positioning directly affects production stability and process efficiency. Pressure and temperature control are particularly important in industrial processing, energy generation, and chemical operations.

Process isolation creates demand across pipelines, treatment systems, industrial utilities, and manufacturing plants. These valves may not require continuous modulation, but dependable electric operation can simplify remote or automated isolation.

The fastest-moving strategic area is automated modulating control, where operators need valves to continuously adjust flow based on changing process conditions. This creates greater demand for actuators with accurate positioning, feedback, programmable parameters, and digital communication.

By End User

Major end users include oil and gas, water and wastewater, power generation, chemicals and petrochemicals, pharmaceuticals, food and beverage, mining, HVAC, and general manufacturing.

Oil and gas represents a substantial demand center because electrically actuated valves are used across production, gathering, processing, pipelines, and supporting infrastructure. Remote facilities can particularly benefit from electric actuation where instrument-air systems would require additional equipment and maintenance.

Water and wastewater is another important growth area. Treatment plants and distribution systems are becoming more automated, increasing demand for remotely controlled valves used in pumping, filtration, treatment, dosing, and distribution processes.

By Region

The geographic scope includes North America, Europe, Asia Pacific, and LAMEA.

North America benefits from an established industrial base, oil and gas infrastructure, process automation, and replacement of aging equipment. Modernization projects can create demand even when new industrial capacity is limited.

Europe has a mature automation ecosystem and strong emphasis on energy efficiency, equipment reliability, and industrial modernization. Demand is therefore supported by both replacement activity and upgrades to connected control systems.

Asia Pacific offers substantial expansion potential because of manufacturing growth, new power infrastructure, chemical production, water-treatment investment, and broader industrial automation. New facilities can adopt electrically actuated systems directly during plant construction, while existing facilities provide an additional retrofit opportunity.

LAMEA combines energy-sector demand with infrastructure development. Oil and gas investments in the Middle East and water infrastructure projects across water-stressed markets provide important application opportunities.

Segmentation Dimension	Major Categories	Strategic Direction
Product Type	Globe, butterfly, ball, others	Intelligent and modulating designs
Application	Flow, pressure, temperature, level, isolation	Automated process control
End User	Oil & gas, water, power, chemicals, manufacturing	Oil & gas and water infrastructure
Region	North America, Europe, Asia Pacific, LAMEA	Asia Pacific expansion and modernization

Market Trends and Business Innovations

Innovation in the Electrically Actuated Control Valves Market is moving the actuator beyond its traditional role as a motor-driven mechanism. Manufacturers are increasingly combining electric motors with electronic controls, position sensing, diagnostics, communication interfaces, and programmable control functions.

One major R&D direction is compact intelligent actuation. Newer systems can offer adjustable operating speeds, improved position feedback, programmable control parameters, and integrated monitoring. These features allow one actuator platform to serve a wider range of on/off and modulating applications.

Another important trend is digital connectivity. Electrically actuated valves can increasingly communicate operating status, position, alarms, torque conditions, and other equipment information to plant-level control systems. This gives maintenance teams greater visibility and can reduce dependence on manual inspection.

The market is also moving toward low-power electric actuation for remote installations. This is especially relevant in oil and gas, water infrastructure, and other distributed assets where installing and maintaining compressed-air infrastructure may be difficult. Low-power systems can make remote valve control more practical while reducing supporting equipment requirements.

Predictive and condition-based maintenance is becoming another area of development. By monitoring actuator behavior and operating conditions, intelligent systems can help identify abnormal torque, repeated operating problems, or changes in valve performance. The objective is to move maintenance decisions from fixed schedules toward equipment-condition information.

AI is relevant mainly at the plant and asset-management level, rather than as a core function inside every electric actuator. Valve operating data can potentially feed broader analytics platforms that identify unusual operating patterns and support maintenance planning. However, adoption remains application-dependent, so AI should be viewed as an emerging layer around connected valve systems rather than a universal actuator feature.

Partnerships and technology collaborations are also expanding the market. Manufacturers, valve suppliers, automation companies, and system integrators are increasingly working together to combine actuation hardware with control software, communication systems, and application-specific engineering. This can shorten integration time and make advanced electric valve systems easier for industrial customers to deploy.

Material and mechanical design improvements are also contributing to product development. Better sealing materials, corrosion-resistant components, improved gear systems, and more durable electronic enclosures can extend service life in harsh industrial environments. For operators, this matters because actuator reliability directly affects downtime and maintenance costs.

The next competitive phase is likely to focus less on motor torque alone and more on how easily an electrically actuated valve can be installed, commissioned, connected, monitored, and maintained.

This shift may gradually increase the revenue contribution of smart, connected, and modulating systems. Conventional electrically operated valves will continue to serve cost-sensitive and straightforward applications, but higher-value systems should gain attention wherever process visibility and remote control have a measurable operating benefit.

Competitive Intelligence and Benchmarking

The Electrically Actuated Control Valves Market features established global valve manufacturers, actuator specialists, and broader industrial automation companies. Competition is shaped by product reliability, control accuracy, actuator torque, safety performance, connectivity, service networks, and compatibility with plant automation systems.

Emerson

Emerson has a broad portfolio covering control valves, electric actuation, instrumentation, and industrial automation. Its market position benefits from the ability to combine valve hardware with plant-level control technologies. The company serves oil and gas, chemicals, power, water, pharmaceuticals, and general process industries. Its strategic focus increasingly includes intelligent actuation, remote diagnostics, and digital integration.

Rotork

Rotork is strongly focused on electric actuation and valve automation. Its portfolio covers quarter-turn, multi-turn, linear, and intelligent actuator solutions. The company has a strong position in water, energy, chemical, and industrial applications where reliable remote operation is important. Its differentiation increasingly centers on digital configuration, diagnostics, communication, and condition monitoring.

AUMA

AUMA specializes in electric valve actuation across water, power, oil and gas, chemicals, and industrial applications. Its offering includes multi-turn, quarter-turn, linear, and safety-oriented systems. The company benefits from a specialized actuator portfolio and a large installed base. Digital control and diagnostics are becoming increasingly important to its product strategy.

Flowserve

Flowserve combines flow-control equipment, pumps, seals, valves, and actuation technologies. Its broad fluid-management portfolio gives it access to large process-industry projects where customers require coordinated equipment and lifecycle support. Oil and gas, chemicals, power, water, and industrial processing remain important areas of exposure.

SAMSON

SAMSON has a strong process-control orientation, combining valves, actuators, regulators, instrumentation, and automation technologies. Its position is particularly relevant in applications requiring accurate process regulation. Increasing digitalization of control equipment provides an additional avenue for portfolio expansion.

Metso

Metso has a significant presence in flow control, particularly across mining, metals, energy, and process industries. Its portfolio addresses demanding operating conditions where abrasion, corrosion, pressure, and equipment reliability influence total operating costs. This gives the company a strong application-specific position in harsh industrial environments.

Schneider Electric

Schneider Electric participates through its broader electrical, automation, control, and industrial software ecosystem. Its competitive relevance comes from connecting field equipment with plant automation and energy-management platforms. This positions the company around the wider digital-control architecture rather than only the physical valve.

The competitive landscape is therefore moving toward integrated valve automation. For industrial buyers, the decision increasingly involves lifecycle cost, commissioning effort, diagnostics, interoperability, and service support rather than actuator price alone.

Regional Landscape and Adoption Outlook

Regional demand for the Electrically Actuated Control Valves Market varies according to industrial automation maturity, infrastructure spending, manufacturing capacity, energy production, water requirements, and equipment replacement cycles.

United States

The United States represents a mature demand market with substantial installed infrastructure across oil and gas, chemicals, power, water, pharmaceuticals, food processing, and manufacturing. Replacement and modernization projects provide a steady opportunity alongside new industrial investments.

The market is also supported by the country’s established automation ecosystem. Remote facilities in energy and water infrastructure can benefit from electric actuation where operators want greater control without relying heavily on pneumatic infrastructure.

Europe

Europe has a mature industrial automation base and strong demand for equipment modernization. Germany, France, Italy, the United Kingdom, and the Netherlands are important industrial markets.

Demand is increasingly connected with energy efficiency, plant upgrades, process safety, and digitalization. Germany remains particularly relevant because of its large manufacturing and process-industry base. European buyers also tend to place significant weight on lifecycle performance and equipment reliability.

China

China represents one of the largest potential demand pools because of its manufacturing scale, chemical production, power infrastructure, water projects, and industrial automation programs.

The country’s continued move toward smart manufacturing supports the use of connected field equipment. New production facilities can incorporate electric actuation during initial construction, while established factories provide opportunities for automation retrofits. Domestic manufacturers are also strengthening their technical capabilities, creating greater price and technology competition.

India

India is moving into a faster adoption phase as manufacturing, refining, chemicals, pharmaceuticals, power, and water infrastructure expand.

Water infrastructure is particularly relevant. Large-scale investment in treatment, distribution, irrigation, and pumping systems creates opportunities for automated valve control. Industrial expansion is another demand catalyst because newly constructed facilities can specify electrically actuated equipment as part of integrated automation systems.

The country’s growing emphasis on digital infrastructure and industrial automation should also support demand for valves that can provide remote operating information.

Japan

Japan has a highly developed automation ecosystem. New volume growth is therefore closely tied to factory modernization, equipment replacement, labor-saving automation, and upgrades to intelligent control systems.

The country’s aging industrial workforce also increases the value of remote operation and reduced manual intervention. Compact, reliable electric actuation is well suited to these requirements.

South Korea

South Korea has strong demand potential from semiconductors, electronics, chemicals, shipbuilding, steel, and advanced manufacturing.

Automation penetration is already high, so growth depends more heavily on new production facilities and technology upgrades. Semiconductor and advanced manufacturing facilities can create demand for highly precise and reliable flow-control systems.

Middle East

The Middle East is highly relevant because of its concentration of oil and gas production, refining, petrochemicals, desalination, and large infrastructure projects.

Saudi Arabia, the United Arab Emirates, and Qatar represent important demand centers. Large energy and water projects require extensive automated flow-control infrastructure. Remote monitoring and reduced maintenance requirements can further strengthen the business case for electric actuation.

Market	Adoption Profile	Major Demand Factors
United States	High	Oil & gas, replacement, water, automation
Europe	High	Modernization, efficiency, industrial automation
China	High and expanding	Manufacturing, chemicals, smart factories
India	Medium and accelerating	Water, manufacturing, energy, infrastructure
Japan	High	Labor-saving automation, modernization
South Korea	High	Semiconductors, chemicals, advanced manufacturing
Middle East	High in selected industries	Oil & gas, petrochemicals, desalination

The regional opportunity is split between mature replacement markets and infrastructure-led growth markets. This creates two different demand models: digital upgrades in developed economies and new automated capacity in faster-growing industrial economies.

Recent Developments + Opportunities & Restraints

Recent Developments

January 2024 – Emerson: Emerson expanded its electric actuation offering with a new system designed for both on/off and throttling duties. The development focused on accurate positioning, simplified commissioning, digital control, and applications where electric operation can replace conventional gas-operated systems.

February 2025 – Rotork: Rotork expanded intelligent actuator capabilities for multiport valve applications. The development supports automated selection between multiple process paths and strengthens the use of electric actuation in energy, chemical, water, and industrial processing applications.

April 2025 – India: The Indian government approved ₹1,600 crore for modernization of command-area development and water management. The initiative incorporates digital monitoring technologies, including SCADA and IoT-based systems, supporting greater automation across irrigation and water-management infrastructure.

June 2025 – Rotork and Rockwell Automation: Rotork entered the Rockwell Automation Technology Partner Program, strengthening interoperability between electric actuation technologies and industrial automation platforms. Such integration can make connected valve systems easier to deploy within existing factory-control environments.

November 2025 – AUMA: AUMA introduced an electric actuator configuration focused on applications requiring higher functional-safety performance. The development reflects increasing demand for safety-rated, digitally connected actuation in critical industrial processes.

Opportunities

1. Remote monitoring and intelligent automation: Connected electric valves can provide operating information and support remote configuration, creating opportunities in distributed energy, water, process, and infrastructure assets.
2. Emerging-market infrastructure: India, China, Southeast Asia, and the Middle East offer opportunities as manufacturing plants, water systems, energy facilities, and process industries expand.
3. Retrofit and productivity improvements: Aging facilities provide a substantial replacement opportunity. Converting manual or older pneumatic systems to electric actuation can improve automation, reduce field intervention, and enhance operational visibility.

Restraints

High upfront costs, integration requirements, power availability, harsh environmental conditions, and competition from pneumatic and hydraulic systems can slow adoption. Applications requiring fail-safe operation may also need backup power or specialized safety configurations, adding to project complexity and cost.