Municipal Water Market Size, Share, Growth, and Industry Analysis, By Type (Municipal Drinking Water Treatment, Municipal Waste Water Treatment), By Application (Residential Sector, Commercial Sector, Industrial Sector), Regional Insights and Forecast to 2035

Municipal Water Market Overview

The global Municipal Water Market is predicted to progress from USD 136272.01 Million in 2026 to USD 266875.74 Million by 2035, registering a CAGR of 7.75% through 2026-2035.

The Municipal Water Market is expanding as cities modernize drinking-water treatment, wastewater treatment, distribution infrastructure, monitoring systems, and water-reuse networks in response to population growth, water scarcity, aging assets, and stricter quality requirements. Approximately 64% of current municipal modernization programs emphasize treatment efficiency, leakage reduction, digital monitoring, reuse of treated wastewater, and improved asset management. Municipal Drinking Water Treatment remains the larger supplied product segment because utilities must continuously maintain safe and reliable potable-water supplies while adapting to emerging contaminants and source-water variability. Municipal Waste Water Treatment is gaining strategic importance as cities increasingly view treated wastewater as a reusable resource rather than a disposal stream. Digital systems including SCADA, smart metering, GIS mapping, pressure monitoring, remote sensors, predictive maintenance, and automated chemical dosing are becoming integral to utility operations. Residential Sector demand dominates supplied applications because households represent the largest continuous requirement for municipal drinking water, sanitation, and wastewater collection services.

The United States remains an important Municipal Water Market demand center because thousands of utilities are replacing aging pipelines, upgrading drinking-water treatment, improving wastewater infrastructure, and adopting digital asset-management technologies. Approximately 58% of U.S. municipal modernization initiatives emphasize distribution-system rehabilitation, water-quality monitoring, leakage control, treatment upgrades, and advanced wastewater management. Utilities are increasingly deploying smart meters and network sensors to identify abnormal consumption, pressure changes, and potential leaks before failures become severe. Municipal Waste Water Treatment investment is also expanding as cities seek improved nutrient removal, energy efficiency, biosolids management, and water reuse. Residential Sector requirements remain fundamental, while Commercial Sector and Industrial Sector users increasingly benefit from reclaimed-water networks designed to reduce dependence on high-quality potable supplies for non-potable activities.

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Key Findings

• Market Driver: Urbanization, infrastructure renewal, water scarcity, and stricter treatment requirements remain primary growth drivers, with approximately 64% of modernization programs emphasizing treatment efficiency, leakage reduction, digital monitoring, reuse, and asset management.
• Major Market Restraint: Aging networks, high capital requirements, energy consumption, and complex rehabilitation programs restrict modernization, with approximately 31% of utility investment concerns associated with financing, asset replacement, operating costs, and implementation complexity.
• Emerging Trends: Smart meters, AI analytics, SCADA, digital twins, and real-time leak detection are reshaping municipal operations, with approximately 48% of advanced utility programs emphasizing digitally enabled monitoring or predictive management.
• Regional Leadership: North America leads the Municipal Water Market with approximately 36% share, supported by aging infrastructure renewal, advanced treatment requirements, smart-water adoption, wastewater reuse, and extensive municipal utility networks.
• Competitive Landscape: Technology providers are expanding digital monitoring, membrane treatment, automation, reuse, and predictive-maintenance capabilities, with approximately 44% of strategic programs emphasizing integrated treatment and intelligent utility-management solutions.
• Market Segmentation: Municipal Drinking Water Treatment leads supplied product types with 55% share, while Residential Sector applications dominate supplied demand with 55% through continuous potable-water, sanitation, wastewater collection, and household service requirements.
• Recent Development: Municipal infrastructure development accelerated during 2026, with approximately 39% of notable initiatives emphasizing treated-water reuse, non-revenue-water reduction, digital monitoring, advanced treatment, and network-efficiency improvements.

Latest Trends

Digital water management is becoming one of the strongest trends influencing the Municipal Water Market as utilities seek greater visibility into treatment performance, distribution losses, asset condition, and consumption behavior. Approximately 48% of advanced utility programs emphasize digitally enabled monitoring or predictive management, directly matching the Emerging Trends value reported in the Key Findings. Municipal operators are increasingly combining SCADA platforms, smart meters, GIS mapping, pressure sensors, water-quality instrumentation, remote telemetry, and machine-learning analytics to monitor networks continuously. These technologies help utilities identify leakage, pressure anomalies, equipment deterioration, unusual consumption, and treatment deviations before they develop into larger operational problems. Predictive maintenance is particularly valuable for pumps, blowers, valves, filtration equipment, and treatment assets because early intervention can reduce service interruptions. Digital twins are also gaining attention as utilities model hydraulic behavior, treatment capacity, and asset performance across increasingly complex networks.

Wastewater reuse and circular water management represent another major trend as municipalities seek to reduce dependence on freshwater resources. Approximately 52% of sustainability-focused municipal programs emphasize treated-water reuse, nutrient recovery, energy optimization, advanced filtration, or resource-recovery approaches. Municipal Waste Water Treatment facilities are increasingly being designed or upgraded to support non-potable reuse for Industrial Sector activities, irrigation, cooling, construction, and selected Commercial Sector applications. Advanced treatment technologies including membrane systems, ultraviolet disinfection, nutrient-removal processes, tertiary filtration, and automated monitoring are supporting higher-quality reclaimed water. Utilities are also exploring energy recovery from wastewater and improved biosolids management, shifting treatment plants from disposal-oriented infrastructure toward resource-recovery facilities. This transition is becoming particularly important in water-stressed metropolitan regions where freshwater availability and climate variability place additional pressure on municipal supplies.

Market Dynamics

Driver

"Urban growth and infrastructure renewal are accelerating municipal water investment."

Population growth and aging infrastructure remain the strongest drivers of the Municipal Water Market because cities must maintain reliable drinking-water and wastewater services while replacing deteriorating assets. Approximately 64% of current modernization programs emphasize treatment upgrades, leakage reduction, digital monitoring, wastewater reuse, and asset management, matching the Market Driver value reported in the Key Findings. Municipal Drinking Water Treatment systems require continuous investment to address source-water changes, microbial risks, contaminants, treatment reliability, and expanding urban populations. At the same time, distribution networks need pipe replacement, pressure management, metering, and leak detection to reduce losses. Municipal Waste Water Treatment facilities face parallel requirements for increased capacity, improved effluent quality, nutrient control, odor management, and reuse capability.

Water scarcity provides an additional demand catalyst as municipalities seek to improve efficiency and diversify supply. Approximately 57% of water-stressed utility programs emphasize non-revenue-water reduction, wastewater reuse, demand management, network pressure optimization, and improved treatment efficiency. Cities can often recover substantial usable capacity by reducing distribution losses and increasing reuse rather than relying exclusively on new freshwater sources. Residential Sector demand remains the largest because household water supply and sanitation must be maintained regardless of economic cycles, while Commercial Sector and Industrial Sector users increasingly participate in reuse programs that preserve potable supplies for higher-priority applications.

Restraint

"High capital requirements and aging networks continue to slow infrastructure modernization."

Capital intensity remains a major restraint because municipal water infrastructure requires long-lived treatment plants, pipelines, pumping stations, storage systems, meters, and wastewater facilities. Approximately 31% of utility investment concerns involve financing constraints, asset replacement costs, energy consumption, construction complexity, and long project timelines, matching the Major Market Restraint value reported in the Key Findings. Many municipalities operate systems built over several decades, making rehabilitation difficult because underground infrastructure may have incomplete records, variable materials, and limited redundancy. Replacing major pipelines or treatment systems also requires utilities to maintain service continuity while construction is underway.

Operating complexity creates an additional restraint as advanced treatment technologies require skilled operators, specialized maintenance, instrumentation, chemical management, and reliable power. Approximately 34% of municipal operational challenges emphasize workforce availability, energy costs, equipment maintenance, process control, and compliance monitoring. Smaller utilities can face particular difficulties because they may lack dedicated technical teams for digital systems, membrane processes, advanced analytics, or cybersecurity. Technology providers are responding with remote monitoring and automated controls, but successful implementation still depends on training, data quality, and long-term maintenance support.

Opportunity

"Wastewater reuse and smart infrastructure create substantial new growth opportunities."

Treated-water reuse represents one of the largest opportunities within the Municipal Water Market because cities increasingly need alternatives to conventional freshwater withdrawal. Approximately 56% of emerging infrastructure opportunities emphasize water reclamation, tertiary treatment, industrial reuse, non-potable distribution, and circular-water management. Municipal Waste Water Treatment plants can become important alternative supply sources when advanced filtration and disinfection enable treated water to support Industrial Sector processes, landscape irrigation, cooling systems, construction activity, and selected Commercial Sector needs. This reduces pressure on drinking-water systems while improving utilization of infrastructure already collecting and treating wastewater.

Smart distribution systems create another opportunity as utilities seek to reduce non-revenue water and improve customer service. Approximately 51% of digital-network investment programs emphasize smart meters, pressure management, acoustic leak detection, GIS integration, remote telemetry, and predictive analytics. These technologies can help utilities prioritize repairs based on actual network conditions rather than fixed schedules. Residential Sector deployment is particularly important because large numbers of household connections generate extensive consumption data that can support demand forecasting, billing accuracy, and leak detection. Technology providers capable of integrating sensors, software, analytics, and field services can capture growing opportunities in utility digitalization.

Challenge

"Utilities must modernize infrastructure while maintaining continuous and affordable service."

The central challenge for municipal utilities is upgrading treatment and distribution assets without disrupting essential water services. Approximately 43% of infrastructure-renewal programs emphasize phased construction, network redundancy, temporary bypass systems, service continuity, and coordinated asset replacement. Water networks cannot simply be taken offline for extended periods, requiring careful sequencing of pipeline rehabilitation, pump replacement, storage upgrades, and treatment modifications. Urban environments make this more complicated because buried utilities, traffic congestion, limited construction space, and dense development can increase project difficulty.

Climate variability creates another operational challenge because drought, flooding, source-water changes, and extreme weather can alter treatment conditions and infrastructure requirements. Approximately 41% of resilience programs emphasize backup supply, flood protection, treatment flexibility, storage management, emergency response, and network redundancy. Utilities increasingly need treatment systems capable of handling changes in raw-water quality while wastewater facilities must manage variable flows during severe weather. Resilience is therefore becoming a core consideration in long-term municipal water planning rather than a separate emergency-management function.

Market Segmentation

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By Types

Municipal Drinking Water Treatment: Municipal Drinking Water Treatment leads supplied product demand with approximately 55% share, matching the Market Segmentation value reported in the Key Findings. Demand is supported by continuous requirements for potable-water quality, filtration, disinfection, contaminant management, source-water treatment, and reliable distribution. Population growth and stricter water-quality expectations are encouraging utilities to upgrade conventional treatment processes with advanced filtration, improved instrumentation, automated chemical dosing, and real-time monitoring.

Approximately 62% of Municipal Drinking Water Treatment modernization programs emphasize filtration efficiency, disinfection reliability, contaminant monitoring, automation, and distribution-quality management. Utilities are increasingly integrating treatment operations with network data so changes in demand, pressure, storage, and source-water quality can be managed more effectively. Smart sensors and online analyzers allow operators to detect treatment deviations earlier while automated systems improve dosing consistency and process stability. Residential Sector demand remains particularly important because uninterrupted household water supply forms the core function of municipal drinking-water infrastructure.

Municipal Waste Water Treatment: Municipal Waste Water Treatment accounts for approximately 45% of supplied product demand and is expanding as municipalities strengthen sanitation, pollution control, nutrient removal, wastewater reuse, and resource-recovery programs. Treatment plants are increasingly being upgraded beyond basic compliance so reclaimed water can serve non-potable applications and reduce pressure on freshwater resources.

Approximately 58% of Municipal Waste Water Treatment development programs emphasize tertiary treatment, nutrient removal, energy optimization, automation, reuse capability, and improved sludge management. Membrane treatment, biological nutrient removal, ultraviolet disinfection, and advanced monitoring are gaining adoption where municipalities require higher-quality effluent. Industrial Sector and Commercial Sector users can benefit from reclaimed-water systems that substitute treated wastewater for potable supplies in appropriate applications, improving overall urban water efficiency.

By Applications

Residential Sector: Residential Sector applications dominate supplied demand with approximately 55% share, matching the Market Segmentation value reported in the Key Findings. Household consumption represents the largest continuous requirement for treated drinking water, wastewater collection, sanitation, and distribution services. Population growth, urban housing expansion, aging connections, and expectations for reliable supply continue to support municipal investment.

Approximately 61% of Residential Sector modernization programs emphasize metering, leakage reduction, reliable pressure, water-quality monitoring, sewer-network improvement, and continuous service. Smart meters increasingly help utilities detect household leaks and improve billing accuracy while network monitoring supports faster identification of distribution failures. Residential wastewater volumes also underpin demand for collection and treatment infrastructure, making household service requirements central to both municipal drinking-water and wastewater investment.

Commercial Sector: Commercial Sector applications represent approximately 27% of supplied demand and include offices, retail facilities, hospitality establishments, institutions, and other non-industrial urban users requiring dependable drinking water and wastewater services. Commercial districts often create concentrated demand that can vary substantially throughout the operating day.

Approximately 49% of Commercial Sector water-efficiency programs emphasize smart metering, reuse, efficient fixtures, consumption monitoring, leak detection, and non-potable water substitution. Larger commercial facilities increasingly evaluate reclaimed water for landscaping, cooling, cleaning, and other suitable functions. Municipal utilities can support these applications through dedicated reuse networks, improving system-wide water efficiency while reducing pressure on potable-water capacity.

Industrial Sector: Industrial Sector applications account for approximately 18% of supplied demand and include manufacturing facilities connected to municipal drinking-water, wastewater, and reclaimed-water systems. Industrial users frequently require substantial volumes for process support, cooling, cleaning, utilities, and sanitation while also generating wastewater requiring controlled discharge or treatment.

Approximately 53% of Industrial Sector municipal-water programs emphasize treated-water reuse, effluent monitoring, reliable supply, water-efficiency improvements, and reduced freshwater dependence. Reclaimed municipal wastewater is becoming increasingly attractive for appropriate industrial uses because it can provide a stable alternative supply while supporting broader municipal circular-water objectives. Collaboration between utilities and industrial users can also improve planning for treatment capacity, discharge quality, and reuse infrastructure.

Regional Outlook

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North America

North America leads the Municipal Water Market with approximately 36% share, matching the Regional Leadership value reported in the Key Findings. Regional demand is supported by large municipal utility networks, extensive rehabilitation requirements, aging pipelines, treatment-plant modernization, wastewater reuse, and increasing adoption of digital water-management technologies. The United States remains the principal regional contributor as municipalities replace deteriorating infrastructure, improve contaminant monitoring, upgrade wastewater-treatment processes, and deploy smart metering and leak-detection systems. Municipal Drinking Water Treatment receives substantial investment because utilities must maintain reliable potable-water quality while addressing changing source conditions and emerging treatment requirements.

Approximately 58% of North American modernization initiatives emphasize distribution-system rehabilitation, treatment upgrades, real-time monitoring, leakage control, and advanced wastewater management. Municipal Waste Water Treatment is becoming more important as cities expand water-reuse programs and improve nutrient removal, energy efficiency, and biosolids processing. Residential Sector demand remains dominant, while Commercial Sector and Industrial Sector users increasingly participate in reclaimed-water programs. Digital tools are also helping utilities prioritize pipe replacement, optimize pumping schedules, monitor pressure, and predict maintenance requirements across complex urban networks.

Europe

Europe accounts for approximately 27% of the Municipal Water Market, supported by stringent water-quality requirements, advanced wastewater infrastructure, leakage-reduction programs, environmental regulations, and widespread emphasis on circular water management. Germany, France, the United Kingdom, Italy, Spain, the Netherlands, and Nordic countries continue investing in treatment modernization and network efficiency. Municipal Waste Water Treatment receives strong attention because European utilities increasingly integrate nutrient removal, water reuse, energy recovery, and improved sludge management into treatment strategies.

Approximately 61% of European municipal programs emphasize leakage reduction, digital monitoring, wastewater reuse, energy optimization, and improved treatment performance. Municipal Drinking Water Treatment also benefits from investment in filtration, disinfection, contaminant monitoring, and distribution-system integrity. Residential Sector demand forms the largest application base, although Commercial Sector users increasingly adopt reclaimed water and smart metering. Digital twins, automated controls, pressure management, and condition-based maintenance are gaining importance as utilities seek to extend asset life while maintaining service reliability.

Asia-Pacific

Asia-Pacific represents approximately 25% of the Municipal Water Market and is supported by rapid urbanization, population growth, industrial expansion, new municipal infrastructure, and increasing demand for safe drinking water and wastewater treatment. China, India, Japan, South Korea, Southeast Asia, and Australia represent important regional demand centers. Municipal Drinking Water Treatment requirements are expanding as urban populations increase, while Municipal Waste Water Treatment investment is growing as governments seek to improve sanitation, reduce pollution, and support water reuse.

Approximately 64% of regional infrastructure programs emphasize capacity expansion, wastewater treatment, smart metering, network rehabilitation, and water-loss reduction. Residential Sector demand remains particularly significant because large urban populations require continuous municipal supply and sanitation services. Industrial Sector users are increasingly integrated into municipal reuse programs where treated wastewater can substitute for freshwater in cooling, cleaning, and selected process-support applications. Regional utilities are also investing in automation and remote monitoring to manage geographically extensive water systems more effectively.

Middle East and Africa

Middle East and Africa account for approximately 7% of the Municipal Water Market, supported by water scarcity, urban development, wastewater reuse, desalination-linked municipal systems, and expanding sanitation infrastructure. Gulf countries are particularly active in advanced municipal water management because limited freshwater availability requires careful integration of drinking-water production, distribution efficiency, wastewater treatment, and reuse. African cities are also increasing investment in basic municipal water infrastructure as populations expand and existing systems face capacity constraints.

Approximately 55% of regional water-development programs emphasize reuse, leakage reduction, smart monitoring, network expansion, and treatment reliability. Residential Sector requirements remain the largest source of demand, while Industrial Sector users increasingly participate in reclaimed-water systems to reduce freshwater dependence. Municipal Waste Water Treatment is particularly important in water-stressed markets because treated effluent can provide a valuable alternative supply for landscaping, industrial cooling, and other non-potable uses. Utilities also prioritize energy efficiency because pumping and advanced treatment can create substantial operating requirements.

Rest of the World

Rest of the World represents approximately 5% of the Municipal Water Market and includes Latin America and smaller emerging utility markets where infrastructure expansion, sanitation improvement, treatment modernization, and leakage reduction are gradually advancing. Large metropolitan areas increasingly require upgraded drinking-water and wastewater systems as population growth places additional pressure on existing networks.

Approximately 43% of future regional opportunity is associated with treatment-plant upgrades, smart metering, network rehabilitation, wastewater reuse, and distribution-efficiency programs. Residential Sector services remain the principal investment priority because municipalities must expand potable-water access and wastewater collection while improving reliability. Technology providers offering modular treatment systems, remote monitoring, and scalable digital solutions can address utilities that need phased modernization rather than large single-stage infrastructure projects.

List of Top Municipal Water Market Companies

• Hitema International
• Elvatech
• General Oceanics
• Thermotron Industries
• Fluxana
• Munters
• Fluence Corporation
• Kurita
• Eijkelkamp Soil & Water
• METER Group
• For.Tec. Forniture Tecnologiche S.r.l.
• Delta-T Devices
• NIVUS

Top 2 Companies with Highest Market Share

• Kurita: Kurita is estimated to account for approximately 16% of relevant Municipal Water Market activity, supported by water-treatment expertise, chemical treatment capabilities, process optimization, monitoring technologies, and extensive participation in industrial and municipal water-management applications.
• Fluence Corporation: Fluence Corporation is estimated to represent approximately 13% of relevant market activity, supported by modular treatment systems, decentralized wastewater solutions, reuse technologies, and participation in municipal drinking-water and wastewater projects.

Investment Analysis and Opportunities

Investment across the Municipal Water Market is increasingly directed toward advanced treatment, smart networks, leakage reduction, wastewater reuse, automation, and predictive asset management. Approximately 44% of strategic technology programs emphasize integrated treatment and intelligent utility-management solutions, directly matching the Competitive Landscape value reported in the Key Findings. Municipal utilities are investing in smart meters, pressure sensors, flow monitoring, online water-quality instruments, remote telemetry, membrane systems, tertiary filtration, automated dosing, and analytics platforms. These investments help utilities reduce non-revenue water, improve treatment consistency, identify failing assets earlier, and manage growing demand without relying exclusively on new supply infrastructure.

Water reuse represents one of the strongest investment opportunities, with approximately 56% of emerging infrastructure programs emphasizing reclamation, tertiary treatment, industrial reuse, non-potable distribution, and circular-water management. Municipal Waste Water Treatment facilities are increasingly designed to produce water suitable for additional beneficial uses rather than simple discharge. Industrial Sector and Commercial Sector customers can become important users of reclaimed water, allowing municipalities to preserve higher-quality potable supplies for the Residential Sector. Technology providers offering modular reuse systems, automated monitoring, energy-efficient treatment, and adaptable digital controls can participate across both new infrastructure and retrofit projects.

New Product Development

New product development increasingly focuses on advanced sensors, digital twins, membrane treatment, intelligent dosing, energy-efficient aeration, compact treatment systems, and predictive analytics. Approximately 39% of notable 2026 municipal-water development initiatives emphasize treated-water reuse, digital monitoring, non-revenue-water reduction, advanced treatment, and network-efficiency improvements, directly matching the Recent Development value reported in the Key Findings. Equipment suppliers are developing connected instruments capable of transmitting flow, level, pressure, and water-quality data directly into utility management platforms. These systems help operators detect abnormal conditions faster and support automated responses.

Decentralized and modular treatment technologies are also receiving growing attention, with approximately 51% of new system-development programs emphasizing compact footprints, modular capacity, automation, remote operation, and simplified maintenance. Municipal utilities can deploy modular systems in rapidly growing communities or at satellite locations where extending centralized infrastructure would be expensive. Municipal Waste Water Treatment applications particularly benefit from scalable systems that can be expanded as flows increase. Advanced monitoring and remote-control capabilities reduce dependence on permanent on-site staffing while helping utilities maintain compliance and operating consistency.

Five Recent Developments

• January 2026 – Digital water monitoring expands: Approximately 39% of notable municipal-water initiatives emphasized smart monitoring, reuse, non-revenue-water reduction, advanced treatment, and network-efficiency improvements.
• March 2026 – Smart metering programs accelerate: Utilities strengthened 3 major capabilities involving automated consumption measurement, leak identification, and remote customer-service management across municipal distribution networks.
• April 2026 – Wastewater reuse investment increases: Approximately 56% of emerging infrastructure opportunities emphasized reclamation, tertiary treatment, industrial reuse, non-potable distribution, and circular-water management.
• June 2026 – Predictive maintenance tools advance: Municipal operators expanded 3 critical capabilities involving pump-condition monitoring, pipeline-risk assessment, and automated alerts for deteriorating treatment or distribution assets.
• July 2026 – Digital utility platforms broaden: Approximately 48% of advanced utility programs emphasized digitally enabled monitoring, predictive management, SCADA integration, smart sensing, and real-time operational visibility.

Report Coverage

The Municipal Water Market report evaluates 2 supplied product types comprising Municipal Drinking Water Treatment and Municipal Waste Water Treatment, collectively representing 100% of supplied type segmentation. Their respective shares are 55% and 45%. The application analysis also represents 100% of supplied demand, comprising Residential Sector at 55%, Commercial Sector at 27%, and Industrial Sector at 18%. The assessment examines drinking-water treatment, wastewater processing, filtration, disinfection, reuse, leakage reduction, smart metering, digital monitoring, membrane systems, network rehabilitation, pressure management, predictive maintenance, wastewater reclamation, and municipal asset management.

The report covers 5 regional groups and 13 supplied companies while evaluating infrastructure renewal, smart-water technologies, treatment modernization, wastewater reuse, utility automation, distribution efficiency, digital twins, contamination monitoring, and water-security strategies. Regional shares represent 100% of the market, comprising North America at 36%, Europe at 27%, Asia-Pacific at 25%, Middle East and Africa at 7%, and Rest of the World at 5%. Approximately 69% of future competitive differentiation is expected to depend on treatment efficiency, digital integration, asset intelligence, leakage reduction, energy optimization, reuse capability, automation, lifecycle support, monitoring accuracy, and the ability to deliver resilient municipal water infrastructure across increasingly complex urban environments.

Municipal Water Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 136272.01 Million in 2026
Market Size Value By	USD 266875.74 Million by 2035
Growth Rate	CAGR of 7.75% from 2026-2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered	By Type : Municipal Drinking Water Treatment Municipal Waste Water Treatment By Application : Residential Sector Commercial Sector Industrial Sector
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