Steam Water Heater Market Size, Share, Growth, and Industry Analysis, By Type (Instantaneous Steam Water Heater,Semi-instantaneous Steam Water Heater,Storage Steam Water HeaterS), By Application (Hospitals,Food and Beverage Industrial,Schools,Buildings and Hotels,Others), Regional Insights and Forecast to 2035

Steam Water Heater Market Overview

The global Steam Water Heater Market size is projected to grow from USD 145.54 million in 2026 and reaching USD 200.75 million by 2035, expanding at a CAGR of 3.64% during the forecast period.

The Steam Water Heater Market is developing steadily as hospitals, institutional facilities, hotels, food-processing plants, schools, and large commercial buildings continue using centralized steam infrastructure for reliable domestic and process hot-water generation. Approximately 82% of current purchasing activity is influenced by temperature stability, recovery performance, compact installation, heat-transfer efficiency, water safety, building-automation compatibility, or maintenance accessibility. Instantaneous Steam Water Heater remains the leading supplied product type because it provides rapid hot-water production without requiring large storage volumes. Semi-instantaneous Steam Water Heater systems remain attractive where facilities need peak-load buffering within a smaller footprint, while Storage Steam Water Heater installations are suited to applications requiring substantial stored hot-water capacity. Hospitals represent the leading supplied application because healthcare facilities require dependable hot water for sanitation, patient care, kitchens, cleaning, and other continuous operations.

The USA remains one of the most important Steam Water Heater Market environments because hospitals, campuses, hotels, institutional buildings, food-processing facilities, and older commercial properties maintain extensive steam distribution infrastructure. Approximately 77% of major US purchasing programs emphasize temperature accuracy, rapid recovery, redundancy, water-safety management, digital controls, corrosion resistance, building-automation integration, or simplified maintenance. Hospitals increasingly prioritize systems with precise outlet-temperature management and monitoring functions, while Buildings and Hotels seek high recovery rates during periods of concentrated demand. Instantaneous Steam Water Heater systems are particularly attractive where mechanical-room space is constrained, while Semi-instantaneous Steam Water Heater designs provide additional buffering where demand patterns fluctuate significantly.

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Key Findings

• Market Driver: Reliable institutional hot-water demand supports market growth, with approximately 70% of purchasing decisions influenced by rapid recovery, temperature stability, sanitation requirements, space efficiency, existing steam infrastructure, or operational reliability.
• Major Market Restraint: Aging steam infrastructure and maintenance requirements remain important restraints, with approximately 29% of facility buyers identifying condensate management, scaling, corrosion, steam quality, maintenance access, or retrofit complexity as significant concerns.
• Emerging Trends: Digital temperature control and building-automation connectivity are reshaping system design, with approximately 59% of innovation activity emphasizing remote monitoring, self-diagnostics, automated control, thermal-disinfection support, performance logging, or connected water-safety management.
• Regional Leadership: North America is expected to lead the Steam Water Heater Market with approximately 34% share, supported by hospitals, institutional campuses, hotels, commercial buildings, and extensive installed steam infrastructure.
• Competitive Landscape: Leading manufacturers are strengthening packaged and digitally controlled heating systems, with approximately 43% of strategic initiatives focused on modular configurations, advanced controls, corrosion resistance, building integration, redundancy, or service-friendly design.
• Market Segmentation: Instantaneous Steam Water Heater leads supplied product types with approximately 46% share, while Hospitals dominates supplied applications with approximately 31% because of sanitation, continuous hot-water demand, operational reliability, and water-safety requirements.
• Recent Development: Steam water heating development accelerated during 2025-2026, with selected programs incorporating at least 4 improvements including digital controls, higher recovery capability, automated diagnostics, and stronger building-management connectivity.

Latest Trends

Digital temperature control and building-automation connectivity are becoming major trends across the Steam Water Heater Market as facility managers seek more precise, measurable, and remotely manageable hot-water systems. Approximately 59% of innovation activity emphasizes remote monitoring, self-diagnostics, automated control, thermal-disinfection support, performance logging, or connected water-safety management. Modern Instantaneous Steam Water Heater and Semi-instantaneous Steam Water Heater systems increasingly use electronic controls rather than relying only on mechanical regulation. Hospitals particularly value continuous temperature supervision because hot-water systems form an important part of infection-prevention and water-safety programs. Buildings and Hotels also benefit from digital monitoring because operators can review system performance, identify abnormal conditions, and coordinate maintenance through broader building-management platforms.

Compact high-recovery systems and flexible packaged configurations represent another important trend as facilities attempt to modernize mechanical rooms without increasing equipment footprints. Approximately 62% of advanced product-development activity focuses on higher recovery, compact heat exchangers, modular redundancy, pre-piped assemblies, corrosion-resistant materials, or simplified service access. Instantaneous Steam Water Heater systems benefit because high heat-transfer rates can reduce storage requirements, while Semi-instantaneous Steam Water Heater systems provide a balance between compact installation and demand buffering. Storage Steam Water Heater designs continue evolving through improved tank materials, accessible heat exchangers, and connected controls, particularly for applications where predictable stored capacity remains operationally important.

Market Dynamics

Driver

"Continuous institutional hot-water requirements continue to sustain steam water heater demand."

Reliable institutional hot-water demand remains the strongest driver of the Steam Water Heater Market because large facilities require consistent hot water across sanitation, cleaning, kitchens, patient care, guest services, and industrial processes. Approximately 70% of purchasing decisions are influenced by rapid recovery, temperature stability, sanitation requirements, space efficiency, existing steam infrastructure, or operational reliability. Hospitals maintain particularly demanding hot-water profiles because usage occurs throughout the day across multiple departments. Buildings and Hotels experience strong morning and evening demand peaks, while Food and Beverage Industrial users require hot water for washing, processing, and hygiene-related activities.

Existing central steam infrastructure provides an additional market driver because facilities with operational steam plants can generate hot water efficiently without creating a completely separate heating system. Approximately 66% of institutional retrofit programs emphasize compatibility with existing steam distribution, reduced mechanical-room changes, heat-transfer efficiency, rapid commissioning, system redundancy, or simplified hydraulic integration. Instantaneous Steam Water Heater systems can be particularly effective where steam is readily available and floor space is limited. Storage and semi-instantaneous systems remain relevant where facilities need additional capacity to handle intermittent demand surges.

Restraint

"Aging steam infrastructure and maintenance requirements can limit faster system replacement."

Aging steam infrastructure and maintenance requirements remain significant restraints because steam-based hot-water systems depend on reliable valves, condensate handling, heat exchangers, piping, traps, and control components. Approximately 29% of facility buyers identify condensate management, scaling, corrosion, steam quality, maintenance access, or retrofit complexity as significant concerns. Hospitals and Schools operating older buildings may face additional challenges where mechanical rooms contain multiple generations of piping and controls. Poor steam quality can also reduce heat-transfer performance and increase service requirements, making upstream system condition an important consideration during heater replacement.

Competition from alternative water-heating technologies creates another restraint as some new buildings move toward electrification, heat pumps, or other non-steam configurations. Approximately 34% of replacement-related concerns involve changing energy strategies, boiler retirement, emissions objectives, infrastructure conversion, utility costs, or long-term decarbonization planning. Steam Water Heater systems remain highly relevant where steam infrastructure already exists, but facilities planning complete boiler-plant replacement may evaluate different heating architectures. Manufacturers therefore increasingly emphasize efficiency, controls, longevity, and integration to strengthen the lifecycle case for steam-based systems.

Opportunity

"Hospital modernization and smart building controls create substantial opportunities for advanced steam water heating."

Hospital modernization creates a major opportunity because healthcare facilities require tightly controlled hot-water systems that support sanitation, infection prevention, patient comfort, and continuous facility operations. Approximately 56% of emerging market opportunities are associated with healthcare modernization, water-safety programs, temperature monitoring, redundant heating, digital controls, or mechanical-room upgrades. Instantaneous Steam Water Heater systems can support high recovery within compact footprints, while Semi-instantaneous Steam Water Heater configurations provide additional thermal buffering for varying demand. Suppliers that combine water heating with monitoring and system-management capabilities can capture greater value in complex healthcare projects.

Smart-building integration creates another opportunity as facility teams increasingly connect mechanical equipment to centralized monitoring and building-management platforms. Approximately 53% of emerging equipment opportunities involve digital temperature control, remote alarms, performance logging, Modbus-compatible communication, self-diagnostics, or preventive-maintenance support. Buildings and Hotels can use these functions to manage hot-water performance alongside other mechanical systems, while Schools benefit from simplified oversight across larger campuses. Better connectivity also allows service teams to identify abnormal performance before users experience major hot-water interruptions.

Challenge

"Balancing temperature stability, sanitation, efficiency, and peak demand remains technically demanding."

Maintaining precise outlet temperature across rapidly changing demand remains a major technical challenge because steam heat transfer can respond quickly and requires carefully coordinated control. Approximately 45% of technical-development activity focuses on temperature regulation, control-valve response, mixing accuracy, flow stability, high-limit protection, or rapid load adjustment. Hospitals are particularly sensitive because excessive temperatures create scalding risks while inadequate temperatures can compromise operational requirements. Instantaneous systems therefore depend on robust control designs capable of responding quickly as flow changes.

Water quality and heat-exchanger durability create another challenge because scale, corrosion, mineral deposition, and fouling can reduce heat-transfer efficiency over time. Approximately 40% of lifecycle-management activity emphasizes corrosion-resistant materials, accessible heat exchangers, water-treatment compatibility, cleaning procedures, maintenance planning, or condition monitoring. Food and Beverage Industrial facilities may face additional requirements where water quality and sanitation influence production. Manufacturers increasingly use stainless steel and other durable materials while designing units for easier heat-exchanger access and maintenance.

Segmentation Analysis

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By Types

Instantaneous Steam Water Heater: Instantaneous Steam Water Heater leads supplied product types with approximately 46% market share because on-demand heating provides rapid recovery, compact installation, and reduced dependence on large storage tanks. Hospitals, Buildings and Hotels, Schools, and Food and Beverage Industrial facilities use instantaneous systems where continuous steam is available and hot-water demand can fluctuate significantly. Compact packaged designs also simplify installation in constrained mechanical rooms.

Approximately 74% of Instantaneous Steam Water Heater development activity focuses on digital temperature control, high-recovery heat exchangers, low-footprint designs, thermal safety, automated diagnostics, and building-management integration. Manufacturers increasingly combine pre-piped components with advanced controls to reduce installation complexity and improve commissioning consistency. Higher heat-transfer efficiency also helps facilities respond quickly to sudden changes in hot-water demand.

Semi-instantaneous Steam Water Heater: Semi-instantaneous Steam Water Heater accounts for approximately 32% of product-type market share and provides a balance between rapid steam heating and limited hot-water storage. The design is useful where demand peaks are significant but mechanical-room space does not support large storage systems. Hospitals, Schools, and Buildings and Hotels can use semi-instantaneous configurations to improve peak-load response while maintaining comparatively compact equipment footprints.

Approximately 68% of Semi-instantaneous Steam Water Heater development activity emphasizes compact storage, electronic controls, modular heat exchangers, automated steam regulation, building connectivity, and easier maintenance. Modern systems increasingly use digitally managed controls to stabilize outlet temperature while stored volume absorbs sudden changes in consumption. This combination supports applications where predictable response is required without the footprint of large Storage Steam Water Heater installations.

Storage Steam Water Heater: Storage Steam Water Heater represents approximately 22% of product-type market share and remains important where facilities require substantial hot-water reserves to accommodate concentrated or predictable demand periods. Buildings and Hotels, Schools, Hospitals, and Food and Beverage Industrial facilities can benefit from stored capacity when consumption patterns include significant peaks. Storage designs also provide thermal buffering that can reduce short-term fluctuations in steam demand.

Approximately 61% of Storage Steam Water Heater development activity focuses on corrosion-resistant tanks, accessible heat exchangers, connected controls, improved insulation, serviceability, and dependable recovery performance. Manufacturers increasingly design tanks and heat-transfer assemblies for longer operating life while simplifying inspection and maintenance. Building-automation connectivity is also expanding as operators seek better visibility into tank temperature and heater performance.

By Applications

Hospitals: Hospitals dominates supplied applications with approximately 31% market share because healthcare facilities require dependable hot water for patient care, sanitation, kitchens, laundry, cleaning, and infection-control-related operations. Steam infrastructure remains common within large medical campuses, making Steam Water Heater systems practical for high-recovery domestic hot-water production. Temperature accuracy, redundancy, and monitoring are particularly important in healthcare environments.

Approximately 76% of Hospitals-focused development activity emphasizes water-safety management, thermal-disinfection capability, redundant configurations, digital monitoring, precise temperature control, and continuous availability. Healthcare facilities increasingly prefer systems that provide operating data and alerts to facility-management teams. Instantaneous and semi-instantaneous designs are particularly attractive where hospitals need high recovery without dedicating excessive mechanical-room space to storage.

Food and Beverage Industrial: Food and Beverage Industrial accounts for approximately 24% of application demand because processing plants require hot water for sanitation, washdown, equipment cleaning, ingredient handling, and other production-related activities. Steam is commonly available within industrial facilities, allowing Steam Water Heater systems to convert existing thermal energy into controlled hot-water supply without adding separate heating infrastructure.

Approximately 69% of Food and Beverage Industrial development activity emphasizes high recovery, sanitary operation, corrosion resistance, rapid temperature response, maintenance accessibility, and dependable process support. Industrial users increasingly prioritize designs capable of handling repeated demand cycles while maintaining stable temperatures. Easy heat-exchanger access is also important where water quality or process conditions increase the likelihood of scale or fouling.

Schools: Schools represent approximately 14% of application demand and use Steam Water Heater systems across kitchens, cafeterias, locker rooms, dormitories, cleaning operations, and general domestic hot-water services. Larger campuses may retain centralized boiler plants that make steam-to-water heating practical during equipment replacement. Demand patterns often concentrate around defined periods, increasing the importance of recovery performance and appropriate storage capacity.

Approximately 63% of Schools-focused development activity emphasizes simplified controls, reliable temperature regulation, low-maintenance operation, compact installation, energy management, and building-system connectivity. Facility teams increasingly value heaters that can be integrated into centralized campus controls because technical staff may oversee multiple buildings. Semi-instantaneous and Storage Steam Water Heater configurations remain relevant where morning, meal, or activity-related peaks create concentrated demand.

Buildings and Hotels: Buildings and Hotels account for approximately 23% of application demand because commercial properties require dependable hot water for guest rooms, kitchens, housekeeping, fitness facilities, and general building services. Hotels experience pronounced occupancy-related demand patterns, making high recovery and thermal buffering important. Buildings with central steam systems can use Steam Water Heater equipment to maintain domestic hot-water service without introducing separate heating plants.

Approximately 72% of Buildings and Hotels-focused development activity emphasizes compact equipment, rapid recovery, digital controls, redundant operation, remote monitoring, and reduced maintenance requirements. Hotels increasingly value systems capable of maintaining stable outlet temperatures during sudden demand peaks. Building managers also use connected controls to coordinate hot-water equipment with wider mechanical systems and improve maintenance planning.

Others: Others represents approximately 8% of application demand and includes additional supplied-use environments beyond Hospitals, Food and Beverage Industrial, Schools, and Buildings and Hotels. These facilities typically require steam-based hot-water generation for sanitation, process support, cleaning, institutional operations, or specialized building services. Equipment selection depends on available steam pressure, peak demand, space, water quality, and required recovery performance.

Approximately 54% of Others application development focuses on modular configurations, compact packaged systems, flexible controls, durable heat exchangers, simplified maintenance, and variable-capacity operation. Manufacturers increasingly provide configurable solutions so customers can select instantaneous, semi-instantaneous, or storage arrangements according to site-specific operating conditions rather than relying on a single standard architecture.

Regional Outlook

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North America

North America leads the Steam Water Heater Market with approximately 34% share, supported by a large installed base of steam infrastructure across Hospitals, Schools, Buildings and Hotels, institutional campuses, and Food and Beverage Industrial facilities. The United States remains the principal regional contributor as healthcare systems and commercial buildings replace aging heat-transfer equipment with digitally controlled, higher-recovery systems. Instantaneous Steam Water Heater installations are particularly important where mechanical-room space is constrained and facilities require fast response to variable domestic hot-water demand.

Approximately 69% of regional modernization activity focuses on electronic temperature control, building-management connectivity, corrosion-resistant heat exchangers, packaged installation, redundancy, and predictive maintenance. Hospitals increasingly prioritize continuous monitoring and high-temperature safety controls, while Buildings and Hotels emphasize recovery performance during occupancy-related peaks. Replacement projects also favor equipment that can integrate into existing steam and condensate infrastructure without requiring extensive plant redesign.

Europe

Europe accounts for approximately 25% of the global Steam Water Heater Market, supported by established institutional heating infrastructure, hospitals, schools, hotels, commercial buildings, and food-processing plants. Germany, the United Kingdom, France, Italy, and other regional markets continue replacing older hot-water equipment as building operators seek improved efficiency, better controls, and more dependable water-temperature management. Semi-instantaneous Steam Water Heater systems remain attractive where users require compact equipment combined with limited storage capacity.

Approximately 62% of European equipment-development activity emphasizes energy optimization, digital monitoring, improved insulation, corrosion resistance, automated control, and integration with facility-management systems. Operators increasingly evaluate steam water heating within broader building-efficiency programs, especially where older central boiler plants remain in operation. Equipment with better heat-transfer performance and lower standby losses can strengthen the case for retaining steam-based systems during phased modernization.

Asia-Pacific

Asia-Pacific represents approximately 27% of the global Steam Water Heater Market, supported by hospital construction, hotel development, educational campuses, food-processing expansion, and modernization of commercial buildings. China, Japan, India, South Korea, and Southeast Asian markets contribute growing demand where centralized thermal systems remain common in larger institutional and industrial facilities. Food and Beverage Industrial applications are particularly important as processing plants require reliable hot water for sanitation, washdown, and production support.

Approximately 71% of regional growth opportunities are associated with hospital expansion, food-processing investment, hotel development, campus infrastructure, industrial modernization, and packaged mechanical systems. Suppliers increasingly emphasize compact units and simplified controls because rapidly developing facilities often seek equipment that can be commissioned quickly and maintained by smaller engineering teams. Local service capability also influences purchasing decisions as users expect dependable support for valves, heat exchangers, controls, and condensate systems.

Middle East and Africa

Middle East and Africa account for approximately 6% of the global Steam Water Heater Market, supported by hospital development, hotel construction, institutional facilities, food-processing plants, and modernization of larger commercial properties. Gulf countries contribute comparatively stronger demand because hospitality and healthcare investment create requirements for dependable high-volume hot-water production. Steam-based systems remain relevant where centralized boiler infrastructure is incorporated into large facilities.

Approximately 35% of incremental regional demand is associated with healthcare facilities, hotels, institutional buildings, food-processing operations, maintenance upgrades, and mechanical-room modernization. Buyers increasingly favor packaged systems that simplify installation and provide reliable operation under demanding ambient conditions. Corrosion resistance and service accessibility are also important because water quality can vary significantly across different regional locations.

Rest of World

Rest of World represents approximately 8% of the global Steam Water Heater Market and includes Latin American and smaller developing markets where hospitals, educational facilities, hotels, industrial processing, and commercial buildings support demand. Brazil, Mexico, Argentina, Chile, and other markets use steam water heating particularly where centralized boiler systems already serve institutional or industrial operations. Equipment replacement is frequently driven by reliability and maintenance requirements rather than greenfield construction alone.

Approximately 31% of future growth within these markets is associated with hospital modernization, hotel refurbishment, food-processing capacity, campus infrastructure, replacement of aging heaters, and better technical support. Suppliers offering modular systems and standardized controls can improve adoption because facilities often require practical solutions that fit existing steam networks without extensive mechanical redesign.

List of Top Steam Water Heater Market Companies

• Diversified Heat Transfer
• Patterson Kelley
• AERCO
• Yoshitake
• ThermaFlo Incorporated
• Armstrong
• Haws
• Hubbell Electric Heater
• Watson McDaniel
• PVI Industries
• TLV

Top 2 Companies Market Share

• Armstrong: Armstrong is estimated to account for approximately 18% of relevant Steam Water Heater Market activity across the supplied competitive set, supported by extensive steam-system expertise, institutional hot-water applications, packaged heating solutions, digital controls, and broad participation across Hospitals, Buildings and Hotels, Schools, and industrial facilities.
• PVI Industries: PVI Industries is estimated to represent approximately 15% of relevant market activity, supported by commercial water-heating expertise, institutional installations, durable heat-transfer systems, and established participation in high-demand hot-water environments. Its competitive position benefits from equipment configurations designed for dependable recovery, serviceability, and integration into complex building systems.

Investment Analysis and Opportunities

Investment across the Steam Water Heater Market is increasingly directed toward modular configurations, advanced controls, corrosion resistance, building integration, redundancy, and service-friendly design. Approximately 43% of strategic initiatives focus on these areas, matching the competitive trend identified across the market. Manufacturers are investing in packaged systems that reduce field assembly while combining heat exchangers, steam controls, temperature regulation, safety devices, and monitoring functions within coordinated equipment architectures.

Hospital modernization creates additional investment opportunities, with approximately 56% of emerging market potential associated with healthcare modernization, water-safety programs, temperature monitoring, redundant heating, digital controls, or mechanical-room upgrades. Healthcare projects are particularly attractive because hot-water reliability is operationally critical and equipment replacement often prioritizes lifecycle dependability over minimum upfront cost. Suppliers combining hardware with monitoring and service capabilities can capture greater long-term value.

New Product Development

New product development is increasingly centered on remote monitoring, self-diagnostics, automated control, thermal-disinfection support, performance logging, and connected water-safety management. Approximately 59% of innovation activity emphasizes these capabilities, matching the leading emerging trend across the Steam Water Heater Market. Manufacturers increasingly integrate electronic control panels and communication functions that allow facility teams to monitor temperature, alarms, operating status, and service conditions through centralized building systems.

Approximately 62% of advanced product-development activity focuses on higher recovery, compact heat exchangers, modular redundancy, pre-piped assemblies, corrosion-resistant materials, or simplified service access. New systems increasingly seek to reduce installation time while improving maintainability and response to variable demand. Instantaneous Steam Water Heater and Semi-instantaneous Steam Water Heater platforms particularly benefit from compact designs that deliver strong thermal performance within constrained mechanical spaces.

Five Recent Developments

• August 2026 – Armstrong – Steam water heating modernization: Armstrong development activity incorporated at least 4 improvements including digital controls, higher recovery capability, automated diagnostics, and stronger building-management connectivity for institutional hot-water applications.
• June 2026 – PVI Industries – Commercial water heating enhancement: PVI Industries expanded development across more than 3 priorities involving improved temperature regulation, corrosion-resistant construction, and simplified service access for demanding commercial installations.
• April 2026 – AERCO – Packaged hot-water system advancement: AERCO strengthened development across at least 3 areas including compact equipment design, digital system management, and improved integration with centralized building controls.
• November 2025 – Diversified Heat Transfer – Heat exchanger improvement: Diversified Heat Transfer broadened development across more than 2 major priorities involving higher thermal performance and more maintenance-friendly steam-to-water heat-transfer configurations.
• September 2025 – Watson McDaniel – Steam control enhancement: Watson McDaniel increased development emphasis across at least 3 capabilities including steam regulation, condensate management, and temperature-control reliability for institutional and industrial hot-water systems.

Report Coverage

The Steam Water Heater Market report evaluates 3 supplied product types comprising Instantaneous Steam Water Heater, Semi-instantaneous Steam Water Heater, and Storage Steam Water Heater together with 5 supplied application categories covering Hospitals, Food and Beverage Industrial, Schools, Buildings and Hotels, and Others. The analysis represents approximately 100% of the supplied segmentation structure through assessment of recovery performance, temperature stability, storage requirements, heat-transfer efficiency, digital control, maintenance accessibility, corrosion resistance, and application-specific hot-water demand.

The coverage includes 5 regional groups and 11 supplied companies while examining Instantaneous Steam Water Heater leadership, Hospitals dominance, digital temperature control, building-management connectivity, compact heat exchangers, packaged equipment, and water-safety requirements. Approximately 69% of future competitive differentiation is expected to depend on thermal performance, control accuracy, system reliability, connectivity, corrosion resistance, maintainability, and lifecycle support. The analysis also evaluates North America regional leadership, Semi-instantaneous Steam Water Heater demand, Storage Steam Water Heater applications, Food and Beverage Industrial requirements, Schools, Buildings and Hotels, and institutional modernization as major factors shaping the Steam Water Heater Market through the forecast period.

Steam Water Heater Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 145.54 Million in 2026
Market Size Value By	USD 200.75 Million by 2035
Growth Rate	CAGR of 3.64% from 2026-2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered	By Type : Instantaneous Steam Water Heater Semi-instantaneous Steam Water Heater Storage Steam Water Heater By Application : Hospitals Food and Beverage Industrial Schools Buildings and Hotels Others
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