Water Pump Market Size, Share, Growth, Report 2025 to 2034

Water Pump Market Size and Growth 2025 to 2034

The global water pump market size was valued at USD 73.98 billion in 2024 and is expected to hit around USD 106.36 billion by 2034, growing at a compound annual growth rate (CAGR) of 4.13% over the forecast period from 2025 to 2034.

The water pump market is expected to grow significantly owing to increasing global demand for efficient water management solutions in agriculture, municipal infrastructure, and industrial processes. Urbanization and population growth are driving the need for reliable water supply and wastewater treatment systems. Simultaneously, government initiatives focusing on irrigation development, flood control, and clean water access in emerging economies are accelerating pump adoption. Technological advancements such as smart pumps and energy-efficient models are further fueling market expansion, especially in regions facing water scarcity and rising energy costs. Additionally, the rise of industrial automation and the expansion of manufacturing sectors in Asia-Pacific and Latin America are reinforcing long-term demand for high-performance pumping systems across end-use sectors. 

The water pump market is witnessing robust growth driven by rising global water demand across residential, agricultural, and industrial sectors. Increasing urbanization, climate-related water stress, and infrastructure upgrades are prompting investments in efficient pumping systems. Governments are promoting sustainable water use, encouraging the adoption of energy-efficient and solar-powered pumps. Smart water pumps with IoT integration are also gaining traction for real-time monitoring and predictive maintenance. Major players are focusing on innovations in materials, variable-speed drives, and automation to improve reliability and energy savings. This evolution supports broader goals of water conservation, operational efficiency, and access to clean water in emerging economies.

Water Pump Market Report Highlights

• By Region, Asia-Pacific has accounted highest revenue share of around 43.2% in 2024.
• By Type, the centrifugal pumps segment has recorded a revenue share of around 64.7% in 2024. Centrifugal pumps dominate the market due to their wide application in agriculture, municipal water supply, and industrial processes. Their simple design, cost-efficiency, and ability to handle large volumes of fluid make them preferable over positive displacement pumps for both low- and high-flow applications globally.
• By Business, the OEM segment has recorded revenue share of around 60.2% in 2024. The primary pump segment leads the market as most installations require new pump systems rather than services. Growing infrastructure development, urban water demand, and industrial expansion drive direct pump sales. While aftermarket services are essential, they serve as a secondary source of revenue compared to new equipment sales.
• By Distribution Channel, the distributor sales segment has recorded revenue share of around 48.10% in 2024. Distributor sales dominate the distribution channel segment because they offer regional accessibility, faster delivery, and technical support. OEMs and manufacturers rely heavily on distributor networks to penetrate developing markets where direct sales infrastructure is limited, ensuring market coverage and customer servicing across rural and urban regions.
• By End use, the municipal segment has recorded revenue share of around 27.5% in 2024. The municipal segment holds the largest share due to high demand for water and wastewater management solutions in urban infrastructure. Government investments in public water systems, sewage treatment, and smart water grids significantly drive demand for efficient pump technologies in cities across both developed and emerging economies.

Water Pump Market Growth Factors

• Rapid Urbanization & Municipal Water Infrastructure: Municipal water supply and wastewater systems are under continuous strain due to the rapid growth of urban populations as a result of modern-day civilization. Such cities in Asia, Africa and Latin America require massive infrastructural expansions for accommodating new residential and commercial centers. This creates a further need for high capacity and dependable pumps tasked with clean-water distribution, sewage treatment and stormwater management. These governments are now focused on developing sustainable urban water systems which smart powered and energy efficient pumping solutions can enable. These types of infrastructural programs usually include maintenance contracts which assure incrementing profit streams for OEMs while propelling market expansion.
• Expanding Agricultural Irrigation Needs: Agriculture stands in the front line when it comes to global demand of water pumping sector. Agricultural practices in dry regions make them more resource consuming too due to the rising need for enhanced food cultivation. Farming also requires advanced modes of water delivery such as submersible, centrifugal or booster pumps due to its patented methods like drip and greenhouse farming. Countries like India, China, Brazil, along with some African regions provide financial assistance alongside grants to farmers adopting agile watering systems making pump usage widespread. Easy access reliable water supplies help improve agricultural output goals geared towards sustainable farming with long term irrigation gets easier and affordable through these water pumps designed specifically adjusted for permanency.
• Industrial & Infrastructure Development: The growing need for fluid handling systems is being driven by industrial activities in sectors like manufacturing, mining, and energy. Factories require pumps to manage liquids processed during various operations such as to cool circuits and supply boiler feedwater. Dewatering and site water management pumps are also essential for construction and mining projects. Upgrading current infrastructure or establishing new plants in Southeast Asia, the Middle East, and parts of Latin America is also driving demand. Specialized pumps are also needed for renewable power projects like concentrated solar power and hydropower. Sustained growth across heavy industries will strengthen the market for advanced, robust, high-performance pumps.
• Wastewater Treatment & Sanitation Investments: Enhanced public health initiatives combined with a global focus on conserving water has triggered expanded wastewater treatment projects. These municipalities along with businesses are modernizing their treatment facilities due to increasingly strict discharge regulations. Such facilities encompass a diverse set of pumps required—submersible, centrifugal, centrifuge-batch—activated sludge biosolids handling and effluent reuse pumping systems automation structures. Large scale installations funded by government directed sanitation programs show rapid growth potential in regions like India, Africa, and Latin America, which show promise due to ample untapped demand. Coupled with aftermarket support and integration services, this offers several years of sustained demand for wastewater treatment option technologies (WOW).
• The Integration of Clean Energy and Smart Pumping: The transition toward clean and efficient energy use is creating new opportunities in the water pump industry. Governments support solar- or wind-powered pumps that aid in reducing fossil fuel dependency in remote regions and off-grid communities. These green pumps are being adopted in agriculture and village water systems. At the same time, smart pump technologies with IoT sensors, remote control capabilities, and predictive maintenance features are further increasing savings and uptime. Implementing digital twin models as well as performance analytics in the cloud enhances operational efficiency while ensuring regulatory compliance for dependability. The combination of intelligent systems and green energy is spurring innovation across the sector's markets offering new commercial prospects.

Water Pump Market Trends

• Incorporating IoT Technologies in Smart Pumping Systems: The Internet of Things (IoT) enables the integration of suitable sensors on water pumps for remote monitoring, predictive maintenance, and real-time appraisal of performance which allows smart water pumps to be modernized through IoT. During municipal and industrial operations, these sophisticated systems are invaluable as they reduce downtimes and assist in controlling energy consumption.
• Focus on Energy-Efficient Pumps Innovation: High-efficiency electric motors together with variable speed drives (VSD) to serve as operational energy cost reducers have become mandatory by almost all governmental bodies ad industries. Compliance to the stringent efficiency levels, such as IE4 /IE5 or EU Ecodesign regulations, placed on pump manufacturers has led to intensified competition towards innovation on the pumps mate interested them most.
• Growth of Solar-Powered and Renewable Energy-Based Pumps: In agriculture and rural development, solar-powered pumps are becoming a viable solution where grid access is limited. These systems are promoted by subsidy programs in countries like India, Kenya, and Indonesia to promote sustainability and reduce carbon emissions.
• Increased Adoption of Pumps-as-a-Service (PaaS): Subscription-based pump solutions are gaining traction, especially in cost-sensitive markets. These models offer lower upfront investment for end-users while providing OEMs with recurring revenue through service, maintenance, and performance monitoring contracts.

Report Scope

Water Pump Market Dynamics

Market Drivers

• Energy Efficiency Mandates: Regulations and standards such as the U.S. DOE’s energy criteria and EU's EcoDesign regulations are underpinned with decreased energy consumption goals, which have begun to strain pump manufacturers. VSDs, Premium Efficiency Motors, and precision-engineered hydraulics aid in lowering a customer's operating costs while meeting regulatory compliance. Also, utilities and governments offering rebates or incentives for higher-efficiency pumps is further pushing commercial and industrial facilities to modernize their legacy systems. These mandates are propelling manufacturers' R&D initiatives to market intelligent pumps and displace older inefficient units, which enhance lifecycle value.  
• Digitalization & Predictive Maintenance: The implementation of edge sensors, analytics platforms, and remote-monitoring technologies is transforming pump performance and reliability. Flow rate, vibration, and efficiency metrics can now be monitored in real time which facilitates predictive maintenance (decreases scheduled downtime). This is especially critical for water treatment plants, oil & gas industries, data centers, and other key infrastructural components. With integrated analytics-driven sensors bundled with pumps by manufacturers directly enables users to receive pre-failure alerts; optimize energy settings; accelerated asset management; among many others. In turn promoting uptime at lower servicing costs alongside better lifecycle management shifts preference towards smart pumping systems.
• Government Funding for Water Projects: Investment by the public sector on infrastructure for water supply, sanitation facilities, flood management systems and irrigation systems serves as a major demand stimulus. India’s Jal Jeevan Mission, Nigeria’s water sector reforms and Brazil’s Sanitation Law serve to galvanize both the private and public sectors to construct dams, pipelines and treatment plants. These projects are coupled with long-term service contracts which increases the need for maintenance of pumps used to transport water and other auxiliary services. In addition, international development banks along with other donor agencies direct money into infrastructural works thus creating massive procurement opportunities. For original equipment manufacturers (OEMs), these programs ensure stable revenues as well as enforce regional deployment policies while accelerating industrial pump usage in publicly owned utilities.

Market Restraints

• High Upfront Cost of Advanced Pump Systems: The initial investment of smart and solar-integrated pumps is advanced due to strong emerging market operational savings. Small-scale utility operators and rural consumers are likely to favor far simpler and cheaper models. Budget limitations for large infrastructure projects can stall tender processes. Global manufacturers of advanced pump systems face stiff competition from low-cost Chinese or local pumps. In sectors where budgets are tight, efficiency improvement investments become hard to rationalize financially. Premium systems with lifecycle advantages face limited adoption because funds cannot be justified against their value. OEMs must deal with cost reduction, financing options, and demonstrate capabilities in overcoming these challenges.
• Infrastructure Deficit in Developing Regions: The region severely lacking in social economic factors like skilled labor and paved roads is Africa and parts of Latin America. Pump deployment often uses decentralized off-grid systems where large scale equipment cannot be used or becomes economically unfeasible. These remote regions drastically increase both material logistics cost and project funding viability while extending power lines or paving new roads greatly limits routine maintenance access. Through these underserved markets, direct government efforts, regional collaborations along with pump companies providing targeted logistic solutions centered around the region would enable those areas facing such constraint problems finally have some solutions towards competitiveness funding-wise starting costs installed compared long term expenditure describing reduced operational expenses instead.
• Fluctuating Prices of Raw Materials: The production of pumps relies fundamentally on the acquisition of raw materials including steel, cast iron, various alloys, and composites. The pricing structures and profit margins are influenced by shifting commodity prices. Smaller manufacturers, in particular, bear the brunt of sudden price increases in the absence of contractual pass-through clauses. Such unpredictability makes long-term planning difficult for tenders and contracts. During periods of high commodity prices, smaller users tend to postpone upgrades or switch to cheaper alternatives. In order to remain agile amidst global input volatility demand for flexibility and adaptability drives pump companies to diversify their suppliers while managing procurement and incorporating adjustable pricing systems. 

Market Opportunities

• Retrofitting with Variable Speed Drives (VSDs): Many large scale pumps still in service have no mechanisms for speed control which results in energy wastage and diminished life of the pump. Adding VSDs to these units will significantly enhance performance while yielding notable savings. Projects can be carried out in stages which mitigates disruptions. The potential for retrofitting is enormous including municipalities, industrial plants, and irrigation systems. Retrofit kits along with training and service contracts can be offered by providers. With mounting pressure on energy costs coupled with regulatory incentives, upgrades of VSDs present tremendous opportunities for enhancing operational efficiency across the board.
• Pump-as-a-Service (PaaS) Models: New VSD technologies are available that let customers lease pumps through subscription services which align with emerging ownership trends “access over ownership.” These use cases include small and medium enterprises, agricultural cooperatives, and even smaller municipalities who no longer need to pay high initial capital costs but can now access well-maintained, high-efficiency pumps. Equipment are retained, monitored and optimized by Original Equipment Manufacturers (OEMs). A stable revenue stream allows for the funding of long term service contracts alongside software platforms thus enabling reliable forecasting. Providers also benefit as they assume responsibility for greener waste management after servicing the equipment under contract obligations making them the first PaaS adopters.  With PaaS adoption for other emerging technologies, manufacturers now have an additional advantage due to the enhanced penetration into markets driven by sustainability initiatives paired with the growing adoption of pay-per-use models.
• Digital Twin & Real-Time Optimization: PTO gives rise to creating digital twins that represent real pump systems which help simulate performance optimization processes and therefore uncover existing or future inefficiencies. Operators can as well benchmark performance against top-tier peers globally with cloud-based platforms. This feature is crucial for large installations like desalination plants and industrial complexes. Original equipment manufacturers (OEMs) and system integrators can sharpen differentiate after sales relations by offering digital twin packages alongside hardware. As IoT adoption keeps increasing, accelerated modeling enhances commissioning, boosts reliability, minimizes downtime during maintenance which makes digital twins valuable as premium services in pump offerings. 
• Heat-Recovery & Waste-Energy Pumping: Thermal pumps have the ability to boost water or recycle liquid using waste heat produced from industrial processes which is particularly salient in manufacturing, chemical, and power generation sites. Facilities using pumps together with heat-exchange systems and cogeneration units will enhance their energy balance while minimizing GHG emissions. Targets aimed at sustainability combined with regulatory credits make deploying these technologies very attractive. There exists an opportunity to offer integrated packages that consist of controls, pumps, and heat exchangers. Engineered systems offer enhanced profit margins while recovering heat helps enterprises achieve net-zero emissions making them compelling targets for integrated process enhancements.

Market Challenges

• Smart Systems and Legacy Integration: Many water systems still use pumps built decades back, and those pumps lack connectivity features, nullifying the option for any IoT upgrades. For integration to occur, there must be retrofit sensors, gateways at the site, and a secure connection. Moreover, standardization problems, compatibility issues, and cybersecurity across different devices further complicate matters. Budget constraints alongside a lack of expertise hinder rollouts. Digital transformation can be incomplete for owners with public utility backgrounds. OEMs must provide validated retrofit kits along with user-friendly platforms and cybersecurity certifications to close this gap. Advanced technician training paired with scalable deployment strategies bridge the technology gap much more effectively.
• Cybersecurity Challenges Posed by SCADA Networks: With pumps now part of IoT platforms and SCADA networks, they become exposed to cyber threats such as ransomware, data breaches, and system manipulation. In industrial settings an improperly functioning pump can disrupt the supply of water or damage equipment leading to serious environmental emergencies. Device manufacturers along with integrators need to build real-time secure protocols alongside firmware updates and intrusion detection into these devices. Public utilities as well as private providers need to adhere to regional compliance mandates like NIS2 in Europe. And providing safe telematic changes requires transparent third-party audits bolstered by reputation-building trust guarantees. Water systems are especially vulnerable as any uncontrolled breach can lead to severe brand damage while raising liability risk putting these security concerns at top precedence.

Water Pump Market Segmental Analysis

Type Analysis

Centrifugal Pumps: As the workhorse of the market, centrifugal pumps employ impellers to transform rotational energy into fluid velocity and pressure. They perform well for high-flow, low-viscosity applications such as municipal water systems and irrigation, HVACs, and fire-fighting. Their basic structure provides cost-efficient operation, minimal maintenance, easy scaling across industries, and adaptability. However, their effectiveness is limited when pumping viscous liquids. There continues to be strong market demand for these pumps due to their affordability which drives innovation towards material improvements, efficiency enhancements to reduce cavitation, and expand hydraulic performance range.

Water Pump Market Revenue Share, By Type, 2024 (%)

Positive Displacement Pumps: Positive displacement pumps capture specific fluid volumes and shift them through a fixed discharge aperture at the same rate resulting in steady flow regardless of consequences on downstream pressure. This makes them suitable for high viscosity fluids like oils, slurries, and pastes. These pumps also serve the precision dosing needs of chemical, food production, and mining industries. Other examples include gear; screw; diaphragm; plunger; and peristaltic pumps. While they experience higher costs due to mechanical complexity for both upfront costs as well as regular maintenance visits, these devices are invaluable where movement of dense/slurry liquid or abrasive substances is essential sludge removal, chemical metering, oil transport because critical industrial end-users.

Business Analysis

OEM: Original Equipment Manufacturer (OEM) pumps are sold directly to OEMs for integration into new infrastructure, vehicles, and machines. These are often high-spec precision units customized to exact design tolerances, materials, and performance criteria. OEM relationships yield steady, long-term supply contracts, driving pump usage in sectors like automotive, OEM water circuits, irrigation systems, and industrial equipment. While margin per unit may be lower, the volume and repeat contract cycle make OEM business essential for pump producers.

Water Pump Market Revenue Share, By Business, 2024 (%)

Aftermarket: The aftermarket segment focuses on pump repair, replacement parts, retrofits, upgrades, and extended warranties. As centrifugal and displacement pumps age or sustain wear, demand grows for spare components, service kits, and performance upgrades. Furthermore, as a result of increased installed base globally, aftermarket revenue benefits from keeping the planned service cycles, environmental regulations shifting, and service bundling. This division often has higher margins than OEM sales, and is a benefit for pump manufacturers because it allows for repeat revenue and customer loyalty.

Distribution Channel Analysis

Direct Sales: This involves direct engagement of pump end-users, industrial clients, and contractors by manufacturers. This ensures bespoke design, rapid technical assistance, and robust integration needed for large-scale or specialized projects in municipal water systems, rigorous industries, or sophisticated consolidated pump arrangements. Retention of technical competencies staves off in-house burdens preserves agility to intricate specification demands to difficult compliance requirements. Though there is a need for additional field sales personnel and infrastructure, direct selling channels strengthen brand visibility and command over technical standards and quality augments brand reputation.

Distributor Sales: The stocking of pumps of different types and makes constitutes great value addition for distributors which they carry out under their own label. SMEs and construction firms as well as agricultural and municipal companies from a particular region are served by local distributors who also possess the required knowledge and skills. Additionally, authorized distributors improve logistics efficiency as well as speed of delivery; they have better information about the market in their vicinity compared to pump manufacturers. With specialized distributors coping with these factors improves access to markets without full-scale global infrastructure being set up by the pump manufacturers themselves. Most often these distributors determine performance based on the cycles of the economy in that area which is fundamentally important for competing OEMs.

Online Sales & E-Commerce: E-commerce is transforming the pump sector by allowing SMEs and DIY consumers to source pumps and parts from anywhere in the world. Emerging markets are benefitting from product comparison, pricing transparency, and technical documentation that online platforms offer. Although high-end or customized industrial pumps require hands-on interaction, standard centrifugal pumps, spare parts, and submersible units are easily ordered online. The use of digital channels reduces distribution costs while expanding market reach for smaller manufacturers. This trend accelerates adoption and contributes to aftermarket growth.

End User Analysis

Municipal: Water management systems are integral to the pump market. For municipal water supply, pressure boosting, sewage pumps, and treatment plants centrifugal pumps are indispensable. Upgrades for infrastructure in developing countries continue parallel to existing investments due to scarce tap water and demand for large-capacity pumps with high energy efficiency. Tenders and prescribed adherence to strict standards often characterize municipal projects creating continuous demand. Urbanization trends still accelerate which together with sprucing up sanitation targets guarantees investments in low-maintenance robust pumps designed for public utilities. 

Construction: Pumps are necessary at construction sites for dewatering, pressurization of HVAC systems as well as provision of temporary water supply. High-capacity portable centrifugal pumps are commonly used by contractors and hire firms. There is an increase in uptake of rugged pull-and-tow submersibles powered by electricity or solar. These, along with the ongoing construction boom in Asia-Pacific and LAMEA regions spurred through urbanization, shall meet the growing demand easily. Construction site pumps have a vital role during floods and need fast deployment during foundation work and site control over water issues due to their reliability.

Water Pump Market Revenue Share, By End Use, 2024 (%)

Agriculture: The irrigation and water management sectors are among the highest consumers of pumps. The industry requires cost-effective, durable solutions ranging from submersible borehole units to centrifugal and diesel-driven surface pumps. Government subsidies for irrigation coupled with mechanization in India, China, and Brazil is driving pump proliferation. Used for lifting water effluents scrubbed of sedimentation, irrigation pumps require materials with corrosion resistance as well as generous hydraulic ranges. Prompting OEMs to offer IoT-enabled pumps geared towards remote efficiency monitoring is the digitalization of irrigation systems.

Mining: Water management in mining operations entails dewatering, slurry transfer and chemical dosing which occurs simultaneously in a confined space due to harsh environmental conditions. Within solid-laden liquid or high-pressure contexts, positive displacement pumps like diaphragm and screw types are favored; centrifugal units may support groundwater extraction or flushing duties. Rugged, maintainable abrasive resistant service-grade solutions are essential at remote mining sites along with spill-proof design due to stringent environmental regulations. Demand for specialized mining-duty models remains strong as mineral extraction expands across Latin America, Africa, and Australia.

Oil & Gas: In the oil and gas industry, pumps are important for upstream extraction and downstream refining as well as for transporting petrochemical feedstocks. Positive displacement pumps are used for high-viscosity crude and injection chemicals, while centrifugal types support water injection, cooling, and leak recovery. The industry’s rigorous standards for pumps include explosion-proof design remote monitoring systems API compliance. There is a continual or growing global demand for energy and offshore expansion, thus sophisticated pumping systems are still in such high demand. There is also an emerging need for hydrogen-ready pumps and low-emission systems.

Industrial: Industrial users include manufacturing companies, chemical industries, food and drink industries, pharmaceutical sectors, and power generation plants. Their fluid handling services range from clean water to corrosive solvents/slurries, lubricants as well as precise dosing requirements. Both centrifugal and positive displacement pumps are critical to these industries; their hygiene requirements during food processing, accuracy in pharmaceuticals or service longevity in chemicals sets them apart from the competition. There is ever increasing global automation which escalates the need of intelligent trustworthy performance propelled by Industry 4.0 designed IoT condition monitoring systems into pump design.

Water pump Market Regional Analysis

The water pump market is segmented into several key regions: North America, Europe, Asia-Pacific, and LAMEA (Latin America, Middle East, and Africa). Here’s an in-depth look at each region.

Why is Asia-Pacific leading the water pump market?

• The Asia-Pacific water pump market size was accounted for USD 31.96 billion in 2024 and is predicted to record around USD 45.95 billion by 2034.

The Asia-Pacific consists of the most advanced market, due to industrialization trends, construction megaprojects and mechanized agriculture. China and India are key demand centers, with significant usage for irrigation, construction and municipal water supply activities. Adoption is enhanced by expansion projects in smart cities as well as renewable energy powered water systems. Increased understanding of water conservation alongside stressed local resources fosters innovation on efficient pumping technologies. Local companies are increasing production capacities while international companies are accessing regional growth through collaborations. Government-supported initiatives for irrigation and sanitation also boost sustained demand in the region.

Why did North America experience a significant increase in the water pump market?

• The North America water pump market size was valued at USD 13.61 billion in 2024 and is expected to surge around USD 19.57 billion by 2034.

In North America, there is a significant increase in the market due to the need of modernizing outdated water systems in both urban and rural areas. Regulatory policies relating to sustainable water preservation focus on the implementation of energy-efficient and smart pump technologies. This region also serves other industries such as oil & gas, agriculture, and construction which require constant water access. Furthermore, manufacturers from this region are equipping themselves with advanced technological capabilities that position them at the forefront of smart municipal and industrial pumps markets, which fuels competition in those sectors. Other driving factors include climate change mitigation strategies coupled with a need for reliable water infrastructures.

Europe Water Pump Market Trends

• The Europe water pump market size was estimated at USD 17.39 billion in 2024 and is forecastes to grow around USD 24.99 billion by 2034.

The Europe is driven by international framework agreements like environmental boundaries regions as well as water availability policies from European Union institutions together with urban renewal programs. Germany, France, and The Netherlands are adopting smart water widtech in wastewater treatment and clean water supply services. They also prioritize energy efficiency while lowering carbon emissions; thus increasing demand for automation sensors in pumps. Coupled with these motivations, the upper-tier manufacturing counties eco-design marks quality attributes for self-and faster rate servicing tough competition to cope up with increasing concern about aging infrastructure across municipalities-elevated needing wide modernization investment its counterparts

LAMEA Water Pump Market Trends

• The LAMEA water pump market size was valued at USD 11.02 billion in 2024 and is anticipated to reach around USD 15.85 billion by 2034.

In LAMEA Region, urban growth alongside scarcity of water resources coupled with investment in agriculture as well as mining and oil & gas sector drives demand for water pumps within the region. Middle East region especially with GCC countries has large scale desalination and reuse projects which serves as a critical driver from further growth. Countries such as Africa and Latin America have greater adoption of pumps for rural based farming activities along with community access powered by solar energy. These markets are greatly influenced by political stability, investment in infrastructure development along with military spending public private partnerships funded by the government Augmented funnel structure is structurally much simpler than conventional centrifugal versions The mobile pump market system create portable energy independent systems designed for remote regions rely heavily on locally tailored conditions.

Water Pump Market Top Companies

• KSB SE & Co. KGaA
• Flowserve
• TT Inc.
• Gorman-Rupp
• Pentair
• Xylem
• WILO SE
• Grundfos
• EBARA CORPORATION
• ANDRITZ AG

The global water pump industry is driven by major industrial players such as Grundfos, Xylem, KSB SE & Co. KGaA, WILO SE, and EBARA Corporation, who are leading innovation in smart pumping systems, energy-efficient technologies, and sustainable water management. These companies are actively investing in digitized pump solutions integrated with IoT, predictive maintenance capabilities, and cloud-based monitoring, targeting industries such as municipal water supply, agriculture, mining, and construction.

Xylem is expanding its smart water infrastructure to enable real-time data monitoring, while Grundfos continues to pioneer energy-saving circulator pumps for domestic and industrial use. WILO SE is focusing on decarbonization by launching high-efficiency pumps for heating, cooling, and water distribution. Meanwhile, Flowserve and Pentair are diversifying their portfolios with robust pumping systems for wastewater and desalination plants.

These companies are leveraging R&D, sustainability frameworks, and regional expansion to capture growing demand amid rising urbanization, water scarcity, and regulatory compliance. Their collective push toward low-carbon, AI-integrated, and modular water pump solutions positions them as enablers of future-ready infrastructure.

Recent Developments 

• In January 2024, Atlas Copco successfully completed the acquisition of Kracht GmbH, a globally recognized manufacturer of external gear pumps, hydraulic drives, valves, fluid measurement systems, and dosing technologies. This acquisition strengthens Atlas Copco’s industrial pump portfolio and enhances its capabilities in precision fluid handling and hydraulic applications across diversified end-use sectors.
• In September 2022, Grundfos Holding A/S expanded its operations in Indjija, Serbia, by adding 17,000 square meters to its production facility. The expansion is aimed at bolstering global supply capabilities, with a focus on the manufacturing of circulator pumps, domestic wastewater systems, pressure boosters, and integrated water circuit solutions for international markets.
• In March 2022, Flowserve Corporation entered into a strategic partnership with Gradiant, a global water technology company. The collaboration aims to deliver integrated water and wastewater treatment solutions, particularly in the Asia-Pacific and Americas. The partnership combines Flowserve’s advanced flow control products with Gradiant’s proprietary water treatment technologies to meet complex industrial water challenges.

Market Segmentation

By Type

• Centrifugal Pumps
• Positive Displacement Pumps

By Business

• OEM
• Aftermarket
  • Parts & Components
  • Repair & Maintenance

By Distribution Channel

• Direct Sales
• Distributor Sales
• Online Sales & E-Commerce

By Driving Force

• Electric Driven
• Engine Driven

By End Use

• Municipal
• Construction
• Agriculture
• Mining
• Oil & Gas
• Industrial

By Region

• North America
• APAC
• Europe
• LAMEA