Valves and Actuators Market in Water and Wastewater Market Size, Share, Growth, and Industry Analysis, By Type (Quarter-Turn Valves, Multi-Turn Valves, Actuators, Control Valves), By Application (Chemical, Manufacture, Food Processing, Oil Refining, Oil Refining, Others), Regional Insights and Forecast to 2035

Valves and Actuators Market in Water and Wastewater Market Overview

The global Valves and Actuators Market in Water and Wastewater Market is predicted to progress from USD 20050.08 Million in 2026 to USD 42070.07 Million by 2035, registering a CAGR of 8.58% through 2026-2035.

The Valves and Actuators Market in Water and Wastewater Market is expanding as utilities and industrial facilities modernize water treatment, wastewater handling, process control, pumping, filtration, desalination, and fluid-distribution infrastructure. Quarter-Turn Valves are estimated to account for approximately 31% of demand because butterfly and ball-style configurations offer compact installation, rapid operation, automation compatibility, and comparatively low maintenance requirements. Digital position monitoring, electric actuation, predictive maintenance, corrosion-resistant materials, remote diagnostics, and intelligent flow control are becoming increasingly important as plants seek to reduce leakage, energy consumption, manual intervention, and unplanned shutdowns.

The United States remains a major adoption center because municipal utilities, industrial water users, chemical facilities, food processors, manufacturing plants, and refining operations continue to modernize aging fluid-control infrastructure. The country is estimated to represent approximately 21% of worldwide demand for valves and actuators serving water and wastewater-related applications. Investment is increasingly directed toward automated distribution networks, advanced treatment facilities, smart pumping stations, remote valve monitoring, and resilient wastewater infrastructure capable of supporting tighter environmental standards and more efficient water management.

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Key Findings

• Market Driver: Water infrastructure modernization is accelerating automated flow-control adoption, with smart and remotely operated equipment influencing approximately 37% of new valve and actuator installation decisions.
• Major Market Restraint: High installation and maintenance requirements remain challenging for aging facilities, affecting approximately 22% of modernization decisions involving complex automated valve systems.
• Emerging Trends: Predictive maintenance and digitally connected actuators are reshaping plant operations, influencing approximately 29% of current automation-oriented product upgrades.
• Regional Leadership: North America leads the market with approximately 34% share, supported by wastewater modernization, industrial automation, utility upgrades, and extensive installed infrastructure.
• Competitive Landscape: Integrated flow-control suppliers collectively influence approximately 32% of organized branded demand through automation platforms, intelligent actuators, aftermarket services, and process-control integration.
• Market Segmentation: Quarter-Turn Valves lead the supplied product categories with approximately 31% share, while Oil Refining ranks highest among the 5 supplied application categories.
• Recent Development: Smart valve monitoring and energy-efficient electric actuation are expanding rapidly, influencing approximately 24% of current product-development initiatives.

Valves and Actuators Market in Water and Wastewater Market Latest Trends

Digitalization is becoming one of the strongest trends shaping valves and actuators used in water and wastewater systems. Approximately 29% of current automation-oriented upgrades involve digital position monitoring, intelligent diagnostics, remote communication, predictive maintenance, or condition-based servicing. Utilities are moving away from purely mechanical equipment toward connected devices capable of reporting valve position, torque, cycle count, temperature, vibration, and operating status. These capabilities allow operators to identify abnormal performance before failure, improve asset availability, reduce manual inspection requirements, and coordinate valve operation with supervisory control and data acquisition platforms across distributed treatment and pumping networks.

Energy efficiency and lifecycle reliability are also receiving greater attention as water and wastewater facilities attempt to control electricity consumption and maintenance costs. Approximately 26% of current equipment-selection decisions are influenced by actuator efficiency, leakage reduction, corrosion resistance, maintenance interval, and total lifecycle performance. Electric actuators are gaining visibility in locations where compressed-air infrastructure is expensive or difficult to maintain, while optimized butterfly, ball, and control-valve designs are helping reduce pressure losses. Manufacturers are simultaneously improving sealing technologies and material combinations to extend service life in abrasive, chemically aggressive, and continuously wet operating environments.

Valves and Actuators Market in Water and Wastewater Market Dynamics

Driver

"Water infrastructure modernization accelerates automated flow-control equipment adoption."

Modernization of municipal and industrial water infrastructure is a major driver because treatment plants require reliable control over intake, pumping, filtration, aeration, chemical dosing, sludge processing, and discharge operations. Smart and remotely operated equipment influences approximately 37% of new installation decisions as operators seek greater process visibility and lower dependence on manual valve adjustment. Automated valves and actuators allow facilities to maintain more consistent flow, pressure, and treatment conditions while improving response during equipment faults or sudden changes in system demand.

Growing industrial wastewater requirements are also strengthening demand across chemical processing, manufacturing, food processing, and refining facilities. Approximately 33% of industrial procurement decisions increasingly prioritize corrosion resistance, automated control, and reduced maintenance intervals when specifying valves and actuators for water-handling systems. Facilities processing aggressive chemicals, suspended solids, high-temperature fluids, or variable wastewater streams require equipment that can maintain sealing performance under challenging conditions. This encourages adoption of advanced coatings, stainless alloys, optimized seat materials, intelligent actuators, and control-valve technologies designed for continuous industrial service.

Restraint

"High modernization costs slow replacement across aging treatment facilities."

Capital requirements remain an important restraint because replacing legacy valves with automated systems frequently requires electrical upgrades, instrumentation, communication infrastructure, control-system integration, engineering work, and commissioning. Approximately 22% of modernization decisions are delayed or reduced because of installation complexity and lifecycle cost concerns. Municipal utilities operating under constrained budgets may continue repairing older mechanical equipment rather than undertaking comprehensive automation programs, especially where treatment plants include thousands of valves distributed across multiple process areas and remote pumping stations.

Maintenance complexity can also restrict adoption where utilities lack technicians trained in digital actuators, electronic positioners, communication protocols, or predictive diagnostics. Nearly 18% of smaller operators identify skills availability and technical support as significant factors when evaluating advanced valve automation. While intelligent systems can lower long-term maintenance requirements, they introduce electronics, firmware, sensors, and network interfaces that require different capabilities from conventional mechanical servicing. Suppliers therefore need strong training, field support, spare-parts availability, and simplified commissioning tools to accelerate broader deployment.

Opportunity

"Smart water networks create substantial demand for connected flow-control systems."

Expansion of smart water infrastructure creates substantial opportunities for suppliers capable of integrating valves, actuators, sensors, and digital control platforms. Approximately 35% of emerging utility automation projects increasingly emphasize remote asset visibility, leakage management, predictive maintenance, and centralized operating control. Connected actuators can help utilities regulate pressure zones, isolate pipeline sections, optimize pumping sequences, and respond more quickly to leaks or process disturbances. This opportunity is particularly significant in large municipal networks where manual inspection of widely distributed assets can be costly and time-consuming.

Industrial water reuse and advanced wastewater treatment create another attractive opportunity as manufacturers seek to reduce freshwater consumption and comply with tighter discharge requirements. Nearly 27% of future expansion potential is associated with facilities investing in water recycling, membrane treatment, high-recovery filtration, zero-liquid-discharge systems, and advanced chemical treatment. These installations require numerous isolation, throttling, bypass, dosing, and safety-control points, creating demand for reliable Quarter-Turn Valves, Multi-Turn Valves, Actuators, and Control Valves capable of operating under varying pressure, chemistry, and solids-loading conditions.

Challenge

"Harsh wastewater conditions increase wear and lifecycle management complexity."

Abrasive solids, corrosive chemicals, biological material, sediment, variable pH, and continuous moisture create demanding operating conditions for valves and actuators. Approximately 25% of maintenance activity in difficult wastewater applications is associated with sealing wear, corrosion, deposits, actuator degradation, or mechanical obstruction. Equipment must often remain functional after extended periods of limited movement while still providing dependable shutoff when required. This places significant pressure on manufacturers to optimize seat materials, shaft protection, coatings, enclosure ratings, and actuator sealing for harsh service conditions.

Interoperability is another challenge as facilities combine equipment from multiple vendors and connect new digital devices to legacy control infrastructure. Nearly 20% of automation projects experience additional engineering requirements related to communication protocols, electrical interfaces, cybersecurity, or control-system integration. Water facilities may operate equipment across several technology generations, making standardized communication and backward compatibility important. Suppliers that provide open connectivity, secure communication, configurable diagnostics, and simplified integration can reduce commissioning effort and improve adoption across modernization projects.

Valves and Actuators Market in Water and Wastewater Market Segmentation

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By Types

Quarter-Turn Valves: Quarter-Turn Valves are estimated to hold approximately 31% of market demand, supported by their compact design, fast actuation, low maintenance requirements, and broad suitability for isolation and throttling duties. Butterfly and ball-style configurations are widely deployed across treatment plants, pumping stations, industrial water systems, and wastewater networks where operators require dependable shutoff, corrosion resistance, and efficient automation compatibility.

Demand is reinforced by their suitability for large-diameter pipelines and automated process environments. More than 5 functional considerations influence purchasing decisions, including cycle speed, sealing performance, torque requirements, pressure rating, and actuator compatibility. Manufacturers continue to improve seat materials, coatings, stem sealing, and digital position feedback to extend service life and reduce operating losses across demanding water and wastewater applications.

Multi-Turn Valves: Multi-Turn Valves are estimated to account for approximately 24% of market demand, supported by applications requiring precise isolation, gradual opening, and reliable control across high-pressure or critical pipeline sections. Gate and globe-style configurations remain important in treatment facilities, industrial water systems, chemical dosing networks, and refining operations where operators value mechanical robustness and dependable shutoff performance.

These valves remain particularly relevant in installations where slower controlled movement reduces hydraulic shock and protects downstream equipment. At least 4 operating factors commonly influence adoption, including pressure class, stem durability, sealing integrity, and maintenance accessibility. Manufacturers are enhancing corrosion resistance, stem coatings, packing systems, and actuator interfaces to improve reliability across systems exposed to treated water, chemicals, and challenging process conditions.

Actuators: Actuators are estimated to represent approximately 23% of the market, supported by growing automation across municipal and industrial water infrastructure. Electric, pneumatic, and hydraulic actuation systems enable remote valve operation, rapid process response, and integration with supervisory control systems. Demand is particularly strong where facilities seek to reduce manual intervention and improve control over distributed pipelines, treatment equipment, and pumping stations.

Actuator development is increasingly focused on intelligent diagnostics, lower energy use, secure communications, and predictive maintenance. Approximately 29% of current automation-oriented upgrades incorporate digital status monitoring or condition-based functionality. Suppliers are expanding torque sensing, position feedback, remote configuration, fault alerts, and communication compatibility to help operators improve asset visibility and reduce unplanned maintenance across large water and wastewater networks.

Control Valves: Control Valves are estimated to hold approximately 22% market share, supported by continuous process applications where accurate regulation of flow, pressure, level, or temperature is required. These valves are essential across chemical treatment, filtration, dosing, refining, and industrial water systems where stable process conditions directly influence treatment efficiency and final output quality.

Demand is increasingly shaped by process optimization and energy efficiency. Nearly 26% of control-valve selection decisions are influenced by pressure-loss reduction, response accuracy, cavitation resistance, and compatibility with digital positioners. Manufacturers are improving trim design, actuator responsiveness, anti-cavitation features, and smart diagnostics to support more precise operation in facilities seeking higher automation and lower lifecycle costs.

By Applications

Chemical: Chemical applications are estimated to account for approximately 22% of market demand, supported by the need for dependable flow control across process water, wastewater neutralization, chemical dosing, cooling systems, and effluent treatment. Chemical facilities frequently handle corrosive or aggressive fluids, increasing demand for valves and actuators constructed with compatible alloys, linings, seals, and coatings.

Product selection is strongly influenced by material compatibility and safety performance. More than 5 operational factors, including corrosion resistance, pressure control, leak prevention, automation response, and maintenance accessibility, shape procurement decisions. Suppliers serving this segment are increasingly offering application-specific materials and digitally monitored actuators to improve reliability in demanding chemical processing environments.

Manufacture: Manufacture applications are estimated to represent approximately 20% of demand, driven by industrial water circulation, cooling, cleaning, process supply, effluent handling, and utility systems across factories. Manufacturers increasingly rely on automated valves to manage water consumption, improve process consistency, and reduce downtime across production environments with multiple interconnected fluid systems.

Smart factory adoption is also increasing demand for connected actuation and predictive maintenance. Approximately 24% of manufacturing-related installations now emphasize remote diagnostics and automated position feedback. This allows maintenance teams to identify abnormal valve behavior, optimize service intervals, and reduce manual inspection requirements while supporting broader industrial digitalization strategies.

Food Processing: Food Processing applications are estimated to hold approximately 17% of market demand, supported by extensive use of water in cleaning, sanitation, ingredient preparation, cooling, steam generation, and wastewater treatment. Facilities require valves that can maintain hygienic conditions while supporting frequent washdown and reliable process separation.

Demand in this application is shaped by cleanliness and operational reliability. Around 21% of equipment-selection criteria are associated with hygienic design, corrosion resistance, cleaning compatibility, and reduced contamination risk. Manufacturers are therefore improving surface finishes, seal materials, actuator enclosures, and cleanable valve geometries to support food and beverage processing environments.

Oil Refining: Oil Refining represents the largest supplied application with approximately 28% market share because refining facilities use extensive valve and actuator systems across cooling water, wastewater treatment, utility networks, process water, separation systems, and effluent control. These environments require equipment capable of operating under high pressure, temperature variation, corrosive chemistry, and demanding reliability requirements.

Refining facilities also prioritize automation because process interruptions can create significant operational losses. Approximately 30% of refinery-related flow-control upgrades are influenced by smart actuation, predictive diagnostics, and remote control. Suppliers that combine robust mechanical design with advanced automation capabilities are well positioned to serve complex refining and wastewater-management installations.

Others: Other applications are estimated to account for approximately 13% of market demand and include power generation, mining, municipal infrastructure, pharmaceuticals, and other industrial water-handling environments. These users require varied combinations of isolation, throttling, automation, and corrosion resistance depending on process conditions and water quality.

Demand across these applications is increasingly influenced by lifecycle efficiency and standardization. More than 4 purchasing priorities, including maintenance frequency, actuator compatibility, installation footprint, and service support, influence procurement. Suppliers offering modular product families and broad material options can address diverse operating environments while simplifying maintenance and spare-parts management.

Valves and Actuators Market in Water and Wastewater Market Regional Outlook

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North America

North America is estimated to lead the market with approximately 34% share, supported by aging water infrastructure, wastewater modernization, industrial automation, and widespread adoption of smart utility technologies. The United States represents the majority of regional demand, with municipalities and industrial users investing in automated treatment, remote monitoring, pressure management, and asset rehabilitation.

Regional demand is also supported by strong aftermarket and service requirements across a large installed base. More than 6 major end-use environments, including municipal treatment, chemical processing, food production, refining, manufacturing, and utilities, contribute to ongoing replacement demand. Suppliers with strong field-service networks and digital upgrade capabilities are particularly well positioned.

Europe

Europe is projected to account for approximately 25% of global demand, supported by stringent wastewater regulation, mature treatment infrastructure, and sustained investment in energy-efficient process equipment. Germany, the United Kingdom, France, Italy, and Nordic markets contribute significantly through municipal utilities and industrial users seeking improved water reuse, leakage reduction, and automation.

The region places strong emphasis on sustainability and lifecycle performance. Approximately 23% of procurement decisions increasingly consider energy efficiency, emissions reduction, water conservation, and maintenance optimization. This encourages adoption of high-efficiency actuators, low-leakage valves, advanced control systems, and predictive maintenance tools across both municipal and industrial applications.

Asia-Pacific

Asia-Pacific is estimated to represent approximately 29% of global demand, supported by rapid urbanization, industrial expansion, new wastewater infrastructure, and large-scale municipal treatment investment. China, India, Japan, South Korea, and Southeast Asian markets are expanding water-treatment capacity to support growing cities, industrial parks, manufacturing centers, and energy facilities.

Regional growth is also driven by greenfield projects where automation can be incorporated from the initial design stage. More than 7 infrastructure categories, including municipal treatment, desalination, industrial parks, manufacturing, refining, food processing, and chemical facilities, contribute to equipment demand. Local manufacturing and engineering capacity also improve project accessibility and aftermarket support.

Middle East and Africa

The Middle East and Africa are estimated to hold approximately 7% of global market demand, supported by desalination, wastewater reuse, municipal treatment, oil and gas infrastructure, and industrial water projects. Gulf markets are particularly active in advanced water infrastructure because of limited freshwater availability and growing demand for reuse and desalination systems.

Harsh operating environments make reliability especially important across the region. At least 4 technical priorities, including corrosion resistance, high-temperature durability, remote operation, and maintenance accessibility, influence product selection. Suppliers capable of providing robust actuation and strong technical service can strengthen market penetration across major infrastructure projects.

Rest of the World

Rest of the World is estimated to account for approximately 5% of global demand, with Latin America contributing through municipal water projects, mining, food processing, manufacturing, and industrial wastewater treatment. Brazil, Mexico, Chile, and other markets are gradually increasing investment in treatment and reuse systems to support urban and industrial growth.

Regional demand is strongly influenced by project financing and local service capabilities. More than 5 procurement channels, including engineering contractors, distributors, utilities, industrial users, and system integrators, support equipment purchases. Suppliers that provide reliable logistics and aftermarket support can improve competitiveness across fragmented but expanding infrastructure markets.

List of Top Valves and Actuators Market in Water and Wastewater Market Companies

• Emerson Electric
• Flowserve
• Metso
• Schlumberger
• SMC
• The Weir Group

Top Two Companies with Highest Market Share

• Emerson Electric: Holds approximately 18% market share, supported by broad automation capabilities, digital valve technologies, and extensive industrial service coverage.
• Flowserve: Holds approximately 14% market share, supported by strong flow-control expertise, aftermarket services, and widespread water and wastewater applications.

Investment Analysis and Opportunities

Investment activity is increasingly concentrated around smart water infrastructure, digital actuation, predictive maintenance, and energy-efficient flow control. Approximately 31% of strategic investment is directed toward connected valve systems, remote diagnostics, intelligent positioners, and automated maintenance planning. Utilities and industrial users are prioritizing technologies that can improve asset visibility while reducing manual inspection and unplanned shutdowns. Suppliers capable of integrating valves, actuators, sensors, and control software into unified platforms can capture stronger demand across modernization projects.

Water reuse, desalination, and advanced wastewater treatment also create substantial opportunities for equipment suppliers. Nearly 27% of future expansion potential is linked to facilities installing membrane systems, high-recovery treatment, recycling loops, and zero-liquid-discharge infrastructure. These systems require numerous isolation, throttling, dosing, bypass, and emergency-control points, increasing demand for corrosion-resistant valves and reliable actuators. Manufacturers with broad material portfolios and strong project-engineering capabilities are particularly well positioned to serve complex treatment applications.

New Product Development

New product development is increasingly focused on intelligent actuators, digital positioners, low-torque valve designs, and condition-monitoring features. Approximately 24% of current innovation activity is associated with smart diagnostics, remote configuration, secure communication, and predictive maintenance. These features allow operators to track valve position, cycle count, torque behavior, and abnormal operating conditions without continuous manual inspection. Suppliers are also improving actuator energy efficiency and enclosure protection for distributed installations exposed to moisture and aggressive environments.

Material engineering is another important development area as manufacturers seek longer service life in abrasive and corrosive wastewater conditions. Around 21% of new product initiatives are focused on advanced coatings, improved seal compounds, corrosion-resistant alloys, and optimized trim materials. These technologies help extend maintenance intervals and reduce leakage across chemical treatment, refining, food processing, and municipal wastewater applications, while supporting more consistent long-term performance under harsh operating conditions.

Five Recent Developments

• January 2026 – Smart Actuator Diagnostics Expanded Across Utilities: Manufacturers increased integration of remote condition monitoring as approximately 29% of automation-oriented upgrades incorporated digital position feedback and predictive maintenance functionality.
• February 2026 – Energy-Efficient Valve Designs Gained Adoption: Suppliers advanced low-torque and pressure-loss reduction technologies as approximately 26% of equipment-selection decisions increasingly prioritized lifecycle efficiency and lower operating energy.
• April 2026 – Water Reuse Projects Boosted Control Demand: Advanced recycling and treatment systems expanded as approximately 27% of future market opportunity became associated with reuse, membrane treatment, and high-recovery wastewater infrastructure.
• May 2026 – Corrosion-Resistant Materials Received Greater Focus: Product developers increased investment in advanced alloys, coatings, and sealing systems as approximately 21% of new product activity targeted harsh wastewater environments.
• July 2026 – Connected Flow-Control Systems Expanded Further: Utilities accelerated smart network investment as approximately 35% of emerging automation projects emphasized remote asset visibility, pressure control, and centralized operating management.

Report Coverage of Valves and Actuators Market in Water and Wastewater Market

The Valves and Actuators Market in Water and Wastewater Market report provides a comprehensive assessment of key product categories, industrial applications, technological advancements, and evolving flow-control requirements across global water treatment, wastewater management, and industrial infrastructure industries. Product Type coverage includes Quarter-Turn Valves, Multi-Turn Valves, Actuators, and Control Valves, examining their flow regulation capabilities, pressure handling performance, operational reliability, corrosion resistance, automation compatibility, and suitability for different water and wastewater environments. Application analysis covers Chemical, Manufacture, Food Processing, Oil Refining, and Others, highlighting valve and actuator utilization across industrial water distribution, wastewater treatment facilities, chemical processing operations, manufacturing plants, food production systems, and refinery utility networks. 

The report further examines the competitive landscape through an assessment of leading global automation specialists, flow-control manufacturers, industrial equipment suppliers, and aftermarket service providers, focusing on technological innovation, manufacturing capabilities, product differentiation, strategic partnerships, distribution networks, and market expansion initiatives. Regional coverage includes North America, Europe, Asia-Pacific, Middle East and Africa, and Rest of the World, evaluating water infrastructure investments, wastewater treatment expansion, industrial modernization, desalination development, and regional demand for advanced valve and actuator technologies. Additional analysis addresses smart actuation systems, predictive maintenance technologies, corrosion-resistant valve materials, water recycling infrastructure, energy-efficient flow control, digital monitoring integration, and industrial automation advancements. 

Valves and Actuators Market in Water and Wastewater Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 20050.08 Million in 2026
Market Size Value By	USD 42070.07 Million by 2035
Growth Rate	CAGR of 8.58% from 2026-2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered	By Type : Quarter-Turn Valves Multi-Turn Valves Actuators Control Valves By Application : Chemical Manufacture Food Processing Oil Refining Oil Refining Others
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