Pumps and Valves Market in Data Centers, Global, 2024-2031

AI Expansion and Liquid Cooling Adoption are Accelerating the Demand for Pumps and Valves in Data Centers

This study provides an understanding of the market opportunities for pumps and valve suppliers in data centers with forecasts until 2030. Pumps and valves play a vital role in maintaining the efficiency and overall sustainability of data center operations. As part of a larger system, these are extensively used for cooling and water management purposes. As data centers continue to grow in size and processing power, they generate immense heat that must be effectively dissipated to prevent equipment failure. Pumps are at the heart of this process, driving the circulation of chilled water, glycol, or other coolants through complex networks of pipes, heat exchangers, and cooling towers.

Valves also have a crucial role to play, where they serve as the precision control elements within these cooling circuits. They regulate fluid flow, pressure, and temperature, ensuring that each subsystem receives the right amount of coolant at the right time. It is also seen that motorized and pressure-independent control valves are being used to enable dynamic and automated adjustments. In summary, pumps and valves help data centers maintain optimal environmental conditions while minimizing energy consumption and water usage, both of which are major concerns for sustainable data center design.

This study will be of interest to pumps and valve companies looking to understand the ecosystem and what specific pump and valve types are used in data centers. In modern facilities, the integration of intelligent pump and valve technologies has become essential for digital infrastructure management. Through the use of sensors, variable speed drives, and IoT-based monitoring systems, operators can also track flow rates, pressures, and temperatures in real time. while optimizing cooling performance.

Report Summary: Pumps and Valves Services Market

The global pumps and valves market in data centers was valued at approximately USD 2.44 billion in 2024 and is projected to reach nearly USD 7.80 billion by 2031, expanding at a CAGR of 17.9% from 2024 to 2031. Market growth is primarily driven by the rapid adoption of liquid cooling technologies, increasing rack power densities, and rising investments in hyperscale and AI-driven data center infrastructure.

Key Market Trends & Insights

• North America accounted for the largest revenue share of the global pumps and valves market in data centers in 2024, supported by extensive hyperscale deployments and early adoption of liquid-ready infrastructure.
• The shift from air-based cooling to liquid cooling architectures, including direct-to-chip and immersion cooling, is significantly increasing demand for high-efficiency pumps and precision flow-control valves.
• Pumps represented the dominant share of market revenue in 2024 due to their critical role in facility-level and rack-level coolant circulation.
• Valves are witnessing accelerating adoption as data centers deploy more isolation, bypass, balancing, and safety valves to manage decentralized cooling loops.
• Asia Pacific is expected to register the fastest growth rate over the forecast period, driven by rapid data center expansion in China, India, Southeast Asia, and emerging digital economies.

Market Size & Forecast

• 2024 Market Size: USD 2.44 Billion
• 2031 Projected Market Size: USD 7.80 Billion
• CAGR (2024-2031): 17.9%
• Largest Market in 2024: North America
• Fastest-Growing Region: Asia Pacific

The increasing deployment of AI, high-performance computing, and cloud workloads is fundamentally reshaping data center thermal management requirements. As rack power densities exceed the limits of traditional air cooling, operators are rapidly transitioning toward liquid-based cooling systems that rely heavily on advanced pumps and valves for reliable and efficient fluid circulation. In addition, growing sustainability mandates focused on energy efficiency, water conservation, and heat reuse are accelerating investments in modern cooling infrastructure. These factors collectively position pumps and valves as mission-critical components in next-generation data centers, supporting strong long-term growth across global markets.

Market Overview & Trends: Pumps and Valves Services Market

The pumps and valves services market is evolving from traditional reactive maintenance toward digitally enabled, lifecycle-oriented service ecosystems. Within the broader Pumps and Valves Market, services are becoming a core revenue pillar as asset owners seek higher uptime, lower energy consumption, and regulatory compliance. The shift is particularly visible in industries with aging installed equipment bases, where replacement cycles are deferred in favor of advanced service interventions.

One of the most prominent trends is the rapid adoption of predictive and condition-based maintenance. Sensor-enabled pumps and valves, integrated with industrial IoT platforms, allow operators to monitor vibration, flow, pressure, and temperature in real time. This enables early fault detection, reduced unplanned downtime, and optimized service scheduling. As a result, service contracts are increasingly bundled with digital monitoring and analytics.

Another structural trend is the rise of performance- and outcome-based service agreements. End users are moving away from time-and-material models toward contracts linked to efficiency gains, energy savings, or availability guarantees. This is reshaping competitive dynamics in the pumps and valves services market, favoring providers with strong engineering capabilities and digital infrastructure.

Sustainability is also influencing service demand. Regulatory pressure to reduce energy and water consumption is driving retrofits, recalibration, and optimization services across the Pumps and Valves Market. Collectively, these trends are transforming services into a strategic lever for operational resilience and ESG compliance.

Scope of Analysis: Pumps and Valves Services Market

This analysis of the pumps and valves services market examines global demand for aftermarket and lifecycle services associated with industrial pumps and valves. The study period spans 2024 to 2031, with 2024 serving as the base year and forecasts extending through the end of the period. Revenue estimates are expressed in US dollars and calculated at the service-provider level.

The scope includes preventive and corrective maintenance, repair and overhaul, condition monitoring, predictive analytics, performance optimization, retrofitting, and refurbishment services. Both on-site and remote service models are considered, reflecting the increasing role of digital platforms within the Pumps and Valves Market.

Geographically, the analysis covers North America, Europe, Asia-Pacific, Latin America, and the Middle East & Africa. Demand drivers are assessed across major end-use industries such as energy and power, water and wastewater, chemicals, oil and gas, manufacturing, and mission-critical infrastructure.

Methodologically, the study integrates secondary research, industry benchmarking, and qualitative insights to assess market structure, growth dynamics, and competitive positioning. Segment-level revenue breakouts are intentionally excluded to maintain a high-level strategic focus on the pumps and valves services market as a whole.

Market Segmentation Analysis: Pumps and Valves Services Market

The pumps and valves services market can be understood through multiple structural lenses that reflect how services are delivered, consumed, and monetized across the Pumps and Valves Market ecosystem. From a service-type perspective, maintenance and repair services remain foundational, driven by the need to ensure operational continuity in critical processes. However, advanced services such as predictive maintenance, digital diagnostics, and system optimization are gaining prominence due to their ability to reduce lifecycle costs.

By delivery model, the market is divided between on-site services and remote or digitally enabled services. While on-site interventions remain essential for mechanical repairs and overhauls, remote monitoring and analytics are increasingly used to complement field activities and improve service efficiency. This hybrid model is becoming standard in large industrial installations.

From an end-user perspective, continuous-process industries represent the largest demand base, given their sensitivity to downtime and safety risks. Utilities and infrastructure operators also contribute significantly due to regulatory compliance requirements and long asset lifespans.

Across regions, service penetration varies based on installed base maturity, labor availability, and digital readiness. Collectively, these segmentation dimensions highlight how the pumps and valves services market is transitioning from reactive support to proactive, value-driven engagement within the broader Pumps and Valves Market.

Revenue Forecast: Pumps and Valves Market in Data Centers

The Pumps and Valves Market in Data Centers is projected to witness strong revenue expansion over the forecast period, driven by the accelerating shift toward liquid cooling architectures, rising rack power densities, and the need for redundant, distributed thermal management systems.

In 2024, the combined market revenue stood at approximately USD 2.44 billion, comprising USD 1.97 billion from pumps and USD 473.3 million from valves. As hyperscale, colocation, and AI-driven data centers increasingly adopt direct-to-chip and immersion cooling solutions, demand for high-performance pumps and advanced valve systems is expected to rise steadily.

By 2031, total market revenue is forecast to reach nearly USD 7.80 billion, with pumps accounting for about USD 6.33 billion and valves contributing roughly USD 1.47 billion. This growth reflects a compound annual growth rate (CAGR) of 17.9% between 2024 and 2031.

Revenue growth is strongest in the mid-to-late forecast period, as liquid cooling transitions from pilot deployments to large-scale adoption. Pumps benefit from increased deployment at both facility and rack levels, while valves see rising demand for isolation, bypass, balancing, and safety applications to support decentralized cooling loops and modular CDU designs. Overall, the revenue outlook underscores the structural role of fluid management systems in enabling next-generation data center cooling infrastructure.

Growth Drivers: Pumps and Valves Services Market

Several structural drivers are accelerating growth in the pumps and valves services market. First, the rapid expansion of aging industrial infrastructure is increasing demand for maintenance, refurbishment, and performance optimization services. As equipment replacement is deferred, service intensity rises across the Pumps and Valves Market.

Second, digitalization is transforming service delivery. The integration of sensors, analytics, and remote monitoring enables predictive maintenance, reducing downtime and enhancing asset utilization. This capability is becoming a key differentiator among service providers.

Third, regulatory and sustainability pressures are driving demand for efficiency upgrades and compliance-related services. Energy optimization, leak prevention, and emissions reduction initiatives require ongoing service intervention rather than one-time equipment upgrades.

Fourth, workforce constraints and skills shortages are pushing end users to outsource specialized service activities to OEMs and certified partners. Finally, the shift toward outcome-based contracts aligns service revenues with customer performance objectives, reinforcing long-term demand growth within the pumps and valves services market.

Growth Restraints: Pumps and Valves Services Market

Despite strong growth fundamentals, the pumps and valves services market faces several constraints. High upfront costs associated with advanced digital service solutions can slow adoption among cost-sensitive operators. Additionally, integration challenges between legacy equipment and modern monitoring systems may limit the effectiveness of predictive maintenance initiatives.

Labor availability remains another critical restraint. Skilled technicians with expertise in both mechanical systems and digital tools are in short supply, particularly in emerging markets. This can constrain service scalability within the Pumps and Valves Market.

Data security and ownership concerns may also hinder adoption of remote monitoring services, especially in regulated industries. Finally, fragmented service ecosystems and inconsistent standards across regions can complicate contract execution and performance measurement, moderating growth momentum in the pumps and valves services market.

Competitive Landscape: Pumps and Valves Market in Data Centers

The competitive landscape of the pumps and valves market in data centers is shaped by a small group of global industrial technology leaders that combine mechanical expertise with digital control, sustainability alignment, and system-level integration capabilities. As data centers transition toward high-density liquid cooling architectures, competitive advantage increasingly depends on the ability to support decentralized cooling loops, precision flow management, and intelligent monitoring rather than standalone component supply.

Danfoss has established a strong position through its integrated approach to flow control, pump optimization, and heat-transfer solutions. The company's portfolio emphasizes pressure-independent control valves, zone isolation systems, and variable-speed drive technologies that enable precise thermal regulation under fluctuating rack loads. Danfoss differentiates itself through its alignment with sustainability objectives, particularly heat recovery and energy reuse, which resonates strongly with hyperscale operators focused on reducing PUE and WUE metrics. Its strategic focus on embedding pumps and valves into CDU architectures and liquid-to-liquid interfaces positions it well as data centers migrate away from centralized air-based cooling.

Grundfos competes through leadership in energy-efficient pump systems and digital water management platforms. Its strength lies in modular pump configurations, booster systems, and advanced monitoring solutions that support both legacy chilled-water plants and emerging rack-level liquid cooling deployments. Grundfos' emphasis on remote monitoring, intelligent controls, and lifecycle efficiency enables it to address the growing demand for operational transparency and reduced energy consumption. The company is particularly well positioned in retrofit scenarios, where digital pump intelligence can deliver immediate efficiency gains without full infrastructure replacement.

Xylem differentiates itself by combining pump manufacturing with system integration, smart monitoring, and water stewardship capabilities. Its solutions support chilled-water distribution, CDU systems, and in-row cooling architectures, with a strong focus on predictive maintenance and leak detection. Xylem's sustainability-oriented positioning aligns with data center operators pursuing water reuse, responsible fluid handling, and long-term resource efficiency. The company's partnership-driven approach with OEMs and integrators strengthens its role in complex, utility-linked and ESG-driven data center projects.

Across the competitive landscape, vendors are increasingly shifting from component-centric competition toward ecosystem participation. Success is determined by early engagement with hyperscalers, CDU manufacturers, EPC firms, and server OEMs that influence cooling specifications. Companies that can co-develop liquid-cooling-ready pump and valve solutions, integrate digital intelligence, and align with sustainability mandates are best positioned to secure preferred-vendor status and long-term service opportunities as data center cooling architectures continue to evolve.