FRP GRP GRE Pipe Market Size, Share, Growth, and Industry Analysis, By Type (Polyester, Epoxy, Others), By Application (Oil and Gas, Sewage Pipe, Irrigation, Others), Regional Insights and Forecast to 2035

FRP GRP GRE Pipe Market Overview

The FRP GRP GRE Pipe Market is witnessing strong industrial adoption due to rising demand for corrosion-resistant piping systems across oil & gas, wastewater treatment, desalination, chemicals, marine, and infrastructure sectors. More than 68% of industrial pipeline replacement projects now prioritize composite pipes over conventional steel pipelines because of lower maintenance requirements and extended operational life exceeding 30 years. Approximately 52% of municipal water transmission projects in developing economies utilize GRP pipe systems for high-pressure applications. GRE pipes account for nearly 37% of offshore pipeline installations due to superior thermal and chemical resistance. 

The United States FRP GRP GRE Pipe Market is expanding steadily due to increasing shale gas activity, wastewater infrastructure upgrades, and industrial replacement of metallic pipelines. More than 44% of municipal water authorities in the U.S. are prioritizing corrosion-resistant piping materials for underground transmission systems. Approximately 31,000 miles of aging industrial pipelines require rehabilitation or replacement across oil refining and chemical sectors. GRE pipes are increasingly utilized in offshore Gulf Coast energy projects, accounting for nearly 29% of newly installed composite pipeline systems. 

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Key Findings

• Key Market Driver: Nearly 64% of industrial operators report lower maintenance expenditure after replacing steel pipelines with FRP and GRE systems, while 58% of chemical processing facilities prioritize corrosion-resistant composite piping for long-distance fluid transport applications and underground installations.
• Major Market Restraint: Around 41% of project contractors identify higher upfront installation costs as a major concern, while 36% of procurement managers report limited skilled labor availability for composite pipe joining, fabrication, and inspection activities in industrial environments.
• Emerging Trends: Approximately 47% of new desalination facilities are integrating GRE pipe systems, while automated filament winding technologies improved manufacturing efficiency by 33%. Nearly 39% of offshore operators prefer lightweight FRP piping to reduce platform load requirements.
• Regional Leadership: The Middle East accounts for nearly 43% of large-diameter GRP pipe installations globally due to extensive desalination and oil transport infrastructure projects, while Asia-Pacific contributes approximately 35% of industrial composite pipeline demand driven by urban utility expansion.
• Competitive Landscape: Nearly 54% of market participants are focused on product customization and pressure-resistance innovation, while 46% of manufacturers are expanding regional production facilities to improve delivery timelines and reduce operational logistics expenses for industrial customers.
• Market Segmentation: GRP pipes represent approximately 49% of total composite pipeline demand, while GRE pipes contribute nearly 32% across offshore and high-temperature operations. Water treatment applications account for over 44% of end-use consumption globally.
• Recent Development: More than 38% of manufacturers introduced automated resin infusion technologies between 2023 and 2025, while nearly 29% of industrial pipeline projects adopted smart leak detection integration for monitoring operational pressure, corrosion levels, and flow efficiency.

FRP GRP GRE Pipe Market Latest Trends

The FRP GRP GRE Pipe Market Trends indicate growing adoption of lightweight composite piping systems in energy, desalination, and municipal infrastructure projects. Nearly 61% of newly planned desalination facilities across Gulf countries are incorporating GRP and GRE pipelines due to their resistance to saline corrosion and extended operational life. Advanced filament winding manufacturing processes improved pipe pressure tolerance by approximately 27%, supporting deployment in offshore oil platforms and industrial chemical transfer systems. More than 46% of pipeline modernization projects in Asia-Pacific now utilize composite pipes for underground wastewater and stormwater management systems. The FRP GRP GRE Pipe Market Research Report further highlights increasing preference for non-metallic piping in aggressive chemical processing environments.

Digital integration is another emerging trend shaping the FRP GRP GRE Pipe Market Outlook. Around 34% of newly installed industrial composite pipelines include embedded monitoring systems for pressure control, leakage detection, and structural performance analysis. Approximately 42% of industrial buyers prioritize energy-efficient pipe transportation because FRP and GRE materials reduce installation weight by nearly 70% compared to steel alternatives. The marine industry witnessed a 31% increase in adoption of composite piping systems for ballast water handling and seawater circulation applications. In addition, over 53% of wastewater treatment expansion projects globally are specifying GRP pipes because of improved hydraulic flow efficiency and reduced maintenance intervals exceeding 20 years in continuous operations.

FRP GRP GRE Pipe Market Dynamics

DRIVER

"Rising demand for corrosion-resistant industrial infrastructure"

The primary growth driver in the FRP GRP GRE Pipe Market Growth is the increasing replacement of traditional metallic pipelines with corrosion-resistant composite pipe systems. Nearly 63% of industrial pipeline failures are associated with corrosion damage, prompting energy and water utility operators to adopt FRP and GRE alternatives. More than 58% of offshore oil production facilities now utilize GRE pipelines in high-pressure fluid transportation systems because they withstand harsh saline environments and chemical exposure. 

RESTRAINTS

"High installation and specialized fabrication costs"

The FRP GRP GRE Pipe Market faces restraints related to elevated initial procurement and installation expenditures. Approximately 44% of industrial contractors report higher project costs for composite pipe systems compared to carbon steel pipelines during early deployment phases. Around 38% of infrastructure developers indicate limited availability of skilled technicians for composite joint fabrication, pressure testing, and onsite maintenance. 

OPPORTUNITY

"Expansion of desalination and wastewater treatment projects"

The expansion of desalination and wastewater treatment infrastructure presents significant opportunities for the FRP GRP GRE Pipe Market Opportunities segment. More than 57% of newly approved desalination projects globally are integrating GRP pipeline systems for seawater intake and discharge operations. Wastewater recycling initiatives increased by approximately 49% across Asia-Pacific and Middle Eastern regions due to rising urban water consumption and industrial discharge regulations.

CHALLENGE

"Raw material price fluctuations and supply chain instability"

One of the major challenges impacting the FRP GRP GRE Pipe Market Forecast is volatility in resin, fiberglass, and epoxy raw material pricing. Nearly 47% of manufacturers experienced procurement disruptions related to composite resin supply fluctuations between 2023 and 2025. Transportation costs for industrial composite materials increased by approximately 28%, affecting project delivery schedules and manufacturing margins. 

FRP GRP GRE Pipe Market Segmentation

The FRP GRP GRE Pipe Market Segmentation is categorized by type and application, reflecting increasing industrial adoption across utility infrastructure, offshore operations, and municipal water systems. Polyester-based pipes account for nearly 41% of global installations due to affordability and chemical resistance, while epoxy-based GRE pipes contribute approximately 34% because of high-temperature durability in oil and gas operations. By application, oil and gas dominates with nearly 38% share owing to offshore pipeline expansion, whereas sewage and irrigation sectors collectively contribute over 44% because of rising wastewater treatment and agricultural infrastructure modernization projects worldwide.

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BY TYPE

Polyester: Polyester-based composite pipes represent one of the most widely utilized product categories in the FRP GRP GRE Pipe Market due to their cost efficiency, corrosion resistance, and suitability for municipal and industrial applications. Nearly 41% of global FRP and GRP pipe installations are manufactured using polyester resin systems because they provide stable performance in underground water transmission, drainage, and sewage networks. More than 52% of municipal wastewater pipeline rehabilitation projects prefer polyester-based GRP pipes because of their lightweight structure and resistance to acidic and alkaline wastewater conditions. Polyester pipes reduce maintenance requirements by approximately 37% compared to traditional steel and concrete systems in urban utility operations. The FRP GRP GRE Pipe Market Analysis indicates that polyester composite pipes are increasingly adopted in stormwater management projects, where hydraulic flow efficiency improves by nearly 24% due to smoother internal pipe surfaces. 

Epoxy: Epoxy-based GRE pipes are a rapidly expanding segment in the FRP GRP GRE Pipe Market because of their superior mechanical strength, high-temperature resistance, and compatibility with aggressive industrial environments. Approximately 34% of industrial composite pipe installations globally are based on epoxy resin systems, particularly within offshore oil platforms, petrochemical facilities, and high-pressure fluid transfer operations. Nearly 58% of offshore energy operators prefer GRE pipes over metallic alternatives because epoxy composites resist internal corrosion, chemical degradation, and scaling in high-salinity environments. Manufacturing innovation is also accelerating demand for epoxy composite systems. Automated filament winding technologies improved burst pressure performance by nearly 22%, supporting wider deployment in industrial utility networks and subsea installations.

Others: The “Others” category in the FRP GRP GRE Pipe Market includes vinyl ester, polyurethane, phenolic, and hybrid composite pipe systems designed for specialized industrial applications. This segment contributes approximately 25% of global composite pipeline installations and is expanding steadily because of increasing demand for customized fluid transportation solutions. Vinyl ester-based pipes account for nearly 14% of specialty industrial pipeline systems due to their exceptional chemical resistance and performance under highly corrosive operating conditions. Infrastructure modernization programs in Europe and Asia-Pacific increased deployment of specialty FRP systems by approximately 28% for tunnel drainage, geothermal energy, and industrial exhaust handling applications. More than 23% of underground cable protection projects now utilize hybrid FRP conduits because of their lightweight properties and non-conductive characteristics.

BY APPLICATION

Oil and Gas: The oil and gas industry represents the dominant application segment within the FRP GRP GRE Pipe Market Share due to extensive offshore exploration, water injection systems, and hydrocarbon transportation operations. Nearly 38% of global composite pipeline demand originates from upstream and downstream energy infrastructure projects. GRE pipes are widely utilized in offshore drilling facilities because they withstand corrosive saline environments and high operational pressure conditions. Approximately 57% of offshore water injection systems now use GRE pipelines to reduce corrosion failures and minimize maintenance shutdowns. The FRP GRP GRE Pipe Market Analysis indicates that more than 43% of refinery pipeline replacement projects prioritize composite pipe systems because they improve operational durability and reduce scaling issues. Composite pipelines lower maintenance expenditure by approximately 34% compared to traditional steel systems in oilfield operations. In addition, nearly 29% of subsea hydrocarbon transfer lines incorporate GRE technology due to superior thermal resistance and reduced internal friction.

Sewage Pipe: Sewage infrastructure is a major application area within the FRP GRP GRE Pipe Market Growth due to increasing urbanization, wastewater treatment expansion, and replacement of aging municipal drainage systems. Approximately 31% of total GRP pipe installations globally are associated with sewage and wastewater management applications. Municipal utility authorities increasingly prefer GRP pipelines because they resist chemical corrosion, microbial degradation, and underground soil moisture exposure. More than 54% of urban wastewater rehabilitation projects now utilize composite sewer pipes to reduce leakage and maintenance frequency. GRP sewage systems improve hydraulic flow efficiency by approximately 23% because of smoother internal surfaces compared to concrete and cast-iron alternatives. Additionally, leakage losses in underground sewage transportation networks decline by nearly 27% after the adoption of composite piping systems.

Irrigation: Irrigation infrastructure is becoming an increasingly important application segment in the FRP GRP GRE Pipe Market Outlook because of rising agricultural modernization and water conservation initiatives. Nearly 22% of global composite pipe demand is linked to irrigation and agricultural water transportation systems. GRP pipelines are widely utilized in large-scale irrigation projects because they minimize water leakage, resist soil corrosion, and maintain stable hydraulic performance over long distances. Large-diameter GRP pipelines are extensively used in agricultural reservoir transfer systems and rural water supply projects. Nearly 33% of government-supported irrigation infrastructure developments in developing economies now include composite pipelines for long-distance water conveyance. In addition, FRP systems reduce transportation weight by approximately 65%, lowering installation costs in remote agricultural regions.

Others: The “Others” application category in the FRP GRP GRE Pipe Market includes desalination, marine systems, district cooling, chemical processing, mining, power generation, and industrial utility infrastructure. This segment contributes approximately 19% of global market demand and continues expanding because of increasing industrial diversification and infrastructure modernization programs. Desalination projects alone account for nearly 37% of demand within this application category due to rising freshwater scarcity and coastal water treatment investments. The FRP GRP GRE Pipe Market Insights indicate increasing adoption of specialty composite pipe technologies in industrial utility modernization projects worldwide. More than 35% of manufacturers are developing customized high-pressure and fire-resistant composite solutions to address specialized industrial requirements. Expanding desalination capacity, marine transportation growth, and industrial infrastructure upgrades continue supporting strong demand across diversified application segments.

FRP GRP GRE Pipe Market Regional Outlook

The FRP GRP GRE Pipe Market Outlook demonstrates strong regional diversification driven by industrial infrastructure expansion, desalination investments, wastewater modernization, and offshore energy projects. North America accounts for nearly 24% of the global market share due to extensive shale gas infrastructure and municipal rehabilitation activities. Europe contributes approximately 22% owing to advanced wastewater management systems and industrial replacement of aging metallic pipelines. Asia-Pacific dominates with nearly 34% market share supported by rapid urbanization, irrigation modernization, and industrial utility investments across China, India, Japan, and Southeast Asia. Middle East & Africa collectively contribute around 20% of total market demand because of large-scale desalination projects, offshore oil production, and district cooling infrastructure. The FRP GRP GRE Pipe Market Research Report highlights increasing adoption of corrosion-resistant composite piping systems across all regions due to extended service life exceeding 30 years and maintenance reductions approaching 40% in industrial applications.

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NORTH AMERICA

The North America FRP GRP GRE Pipe Market accounts for approximately 24% of global demand due to increasing replacement of aging steel pipelines, expansion of shale gas infrastructure, and rising municipal investments in wastewater management systems. The United States contributes nearly 79% of regional composite pipe installations because of extensive oil refining, offshore exploration, and industrial utility modernization projects. More than 31,000 miles of industrial pipelines across North America require rehabilitation or replacement, driving strong adoption of corrosion-resistant FRP and GRE systems. The region is also witnessing technological advancements in composite pipe manufacturing and monitoring systems. Nearly 26% of newly installed pipelines include embedded leak detection and pressure monitoring technologies to improve operational safety and reduce maintenance requirements. Increasing investments in desalination infrastructure, district cooling systems, and industrial utility modernization continue supporting long-term growth in the North America FRP GRP GRE Pipe Market.

EUROPE

The Europe FRP GRP GRE Pipe Market represents approximately 22% of global demand due to rising wastewater management investments, industrial modernization, and increasing environmental regulations targeting pipeline efficiency and leakage reduction. Germany, the United Kingdom, France, Italy, and the Netherlands collectively account for nearly 71% of regional composite pipe consumption. Municipal utility authorities across Europe are increasingly replacing metallic sewer systems with GRP pipelines because corrosion-related maintenance expenses have increased by approximately 28% over the past decade. The region is increasingly focused on sustainability and infrastructure efficiency. Approximately 35% of utility operators prioritize recyclable composite pipe technologies and low-maintenance pipeline systems to meet environmental compliance objectives. Technological advancements in filament winding and resin infusion processes improved pipe pressure tolerance by nearly 19%, supporting wider deployment in industrial utility networks and municipal water transmission projects across Europe.

GERMANY FRP GRP GRE Pipe Market

Germany accounts for approximately 26% of the Europe FRP GRP GRE Pipe Market Share due to advanced industrial infrastructure, wastewater management modernization, and increasing investments in sustainable utility systems. More than 43% of municipal pipeline replacement projects in Germany now prioritize GRP systems because aging steel and concrete pipelines experience rising maintenance and leakage issues. Composite sewer pipelines improve operational efficiency by approximately 22% while reducing underground corrosion failures. Technological innovation remains a major market trend across Germany. Nearly 33% of domestic manufacturers are investing in automated filament winding technologies and advanced resin formulations to improve pressure tolerance and chemical resistance. Increasing environmental compliance regulations and infrastructure sustainability initiatives continue accelerating demand for FRP, GRP, and GRE pipe systems across Germany’s industrial and municipal sectors.

UNITED KINGDOM FRP GRP GRE Pipe Market

The United Kingdom FRP GRP GRE Pipe Market contributes approximately 18% of the Europe regional market due to increasing wastewater rehabilitation, offshore utility modernization, and district cooling infrastructure investments. More than 39% of municipal sewage replacement projects across the United Kingdom now utilize GRP pipelines because of their resistance to underground corrosion and reduced maintenance frequency. District cooling and industrial utility modernization projects are accelerating adoption of FRP systems across commercial infrastructure developments. Nearly 24% of underground cooling water transmission systems now utilize composite pipelines due to lower thermal conductivity and improved insulation properties. Additionally, chemical processing facilities increased composite pipe procurement by approximately 18% to improve chemical resistance and operational reliability. The FRP GRP GRE Pipe Market Trends in the United Kingdom indicate growing integration of smart pipeline technologies.

ASIA-PACIFIC

The Asia-Pacific FRP GRP GRE Pipe Market dominates global demand with approximately 34% market share due to rapid urbanization, industrial expansion, irrigation modernization, and rising investments in wastewater infrastructure. China, Japan, India, South Korea, and Southeast Asian economies collectively account for nearly 76% of regional composite pipe consumption. Municipal utility modernization projects across the region increased adoption of GRP sewer pipelines by approximately 42% because of increasing urban wastewater treatment requirements. Irrigation infrastructure is a major contributor to regional market demand, representing nearly 29% of total consumption. More than 51% of canal modernization projects across water-scarce agricultural regions now utilize composite pipelines to reduce leakage losses and improve long-distance water transportation efficiency. GRP irrigation systems lower water leakage rates by approximately 31% compared to conventional open-channel systems. Manufacturing innovation and cost optimization remain important regional trends. 

JAPAN FRP GRP GRE Pipe Market

Japan accounts for approximately 17% of the Asia-Pacific FRP GRP GRE Pipe Market Share due to advanced municipal infrastructure, industrial automation, and increasing investments in earthquake-resistant utility systems. More than 41% of municipal wastewater rehabilitation projects in Japan now utilize GRP pipelines because of superior structural durability and resistance to underground corrosion. The FRP GRP GRE Pipe Market Insights indicate rising adoption of embedded monitoring systems across Japan’s industrial pipeline networks. Approximately 24% of newly installed composite pipelines include digital pressure and leakage monitoring technologies to improve operational reliability and minimize maintenance disruptions. Ongoing investments in smart infrastructure and industrial modernization continue supporting steady growth across Japan’s composite pipe market.

CHINA FRP GRP GRE Pipe Market

China represents approximately 41% of the Asia-Pacific FRP GRP GRE Pipe Market due to large-scale industrialization, municipal infrastructure expansion, and extensive irrigation modernization projects. More than 53% of newly approved wastewater infrastructure developments across China now utilize GRP pipelines because of increasing environmental compliance requirements and rising urban population density. The country also leads regional manufacturing expansion. Approximately 48% of Asia-Pacific composite pipe production facilities are located in China due to large-scale industrial manufacturing capabilities and increasing investments in automated filament winding technologies. Expanding urban infrastructure development and industrial utility modernization continue driving substantial growth across China’s FRP GRP GRE Pipe Market.

MIDDLE EAST & AFRICA

The Middle East & Africa FRP GRP GRE Pipe Market accounts for approximately 20% of global demand due to extensive desalination projects, offshore oil production, district cooling systems, and industrial utility infrastructure expansion. Gulf countries contribute nearly 72% of regional market consumption because of large-scale investments in water treatment and energy transportation infrastructure. More than 61% of desalination facilities across the region utilize GRP and GRE pipelines for seawater intake and discharge operations. Municipal wastewater and water transmission projects continue supporting strong GRP pipe demand across Africa and the Middle East. Nearly 37% of urban utility rehabilitation programs now utilize composite pipelines to reduce leakage incidents and improve hydraulic performance. In addition, large-diameter GRP pipes are increasingly deployed in underground stormwater management tunnels and industrial wastewater handling facilities. The FRP GRP GRE Pipe Market Forecast indicates rising regional investment in industrial infrastructure modernization and desalination expansion. 

List of Key FRP GRP GRE Pipe Market Companies

• National Oilwell Varco (NOV)
• Amiantit
• ZCL Composites
• Future Pipe Industries (FPI)
• The Hobas Group
• Graphite India Limited
• Lianyungang Zhongfu
• Abu Dhabi Pipe Factory
• Hengrun Group
• Enduro Composites
• Chemical Process Piping (CPP)
• Jizhou Zhongyi

Top Two Companies with Highest Share

• Future Pipe Industries (FPI): Holds approximately 16% market share due to strong presence in Middle East desalination, oil & gas, and industrial infrastructure projects with advanced GRE manufacturing capabilities.
• Amiantit: Accounts for nearly 13% market share supported by extensive GRP pipe deployment across wastewater, irrigation, and municipal infrastructure projects in over 30 operational markets.

Investment Analysis and Opportunities

The FRP GRP GRE Pipe Market is attracting substantial investment activity due to increasing demand for corrosion-resistant infrastructure across wastewater treatment, offshore energy, desalination, and industrial utility sectors. Approximately 46% of industrial utility modernization projects globally now prioritize composite piping systems over traditional metallic alternatives because maintenance expenses decline by nearly 38% after installation. More than 41% of infrastructure investors are directing capital toward automated filament winding production facilities to improve manufacturing efficiency and pressure tolerance performance. 

Investment opportunities are also expanding in smart pipeline technologies and specialty resin systems. Approximately 28% of manufacturers are integrating embedded monitoring systems for leakage detection and operational pressure analysis. Industrial utility operators report efficiency improvements of nearly 24% after adopting digitally monitored composite pipelines. Asia-Pacific and Middle Eastern regions collectively account for approximately 57% of new project development activity because of increasing urbanization, agricultural irrigation modernization, and offshore oil infrastructure expansion. 

New Products Development

The FRP GRP GRE Pipe Market is witnessing continuous new product development focused on high-pressure durability, thermal resistance, and smart monitoring integration. Approximately 39% of manufacturers introduced advanced epoxy-based GRE pipe systems designed for offshore drilling and high-temperature industrial applications. These upgraded systems improved pressure tolerance by nearly 22% while reducing internal scaling and corrosion buildup. More than 31% of newly developed GRP pipes now incorporate enhanced resin formulations capable of extending operational lifespan beyond 35 years in aggressive wastewater and seawater environments.

Manufacturers are also developing lightweight composite pipelines optimized for rapid underground installation and reduced transportation costs. Approximately 27% of new product launches include hybrid fiberglass reinforcement technologies that improve impact resistance by nearly 18% in abrasive industrial conditions. Smart composite pipe systems equipped with digital leakage monitoring and structural health sensors increased by approximately 24% across industrial utility projects. Additionally, nearly 29% of product innovation initiatives are focused on recyclable composite materials and environmentally sustainable manufacturing processes to address growing infrastructure sustainability requirements.

Five Recent Developments

• Future Pipe Industries expanded automated filament winding production capacity in 2024, improving manufacturing efficiency by approximately 26% while increasing pressure resistance performance for offshore GRE pipeline systems used in desalination and oil transportation infrastructure.
• Amiantit introduced advanced large-diameter GRP sewer pipeline systems with enhanced corrosion resistance in 2024, reducing municipal wastewater maintenance interruptions by nearly 31% and improving hydraulic flow efficiency across underground drainage networks.
• National Oilwell Varco (NOV) launched upgraded epoxy composite pipe technologies in 2024 designed for offshore utility applications, increasing thermal stability performance by approximately 21% and lowering corrosion-related pipeline failures in marine environments.
• Hengrun Group implemented automated resin infusion technology in 2024, improving composite structural strength by nearly 19% and reducing production cycle times by approximately 17% for industrial cooling and chemical processing pipeline systems.
• The Hobas Group developed new lightweight GRP pipe systems for irrigation infrastructure in 2024, decreasing transportation weight by approximately 34% and reducing agricultural water leakage rates by nearly 27% across long-distance rural distribution networks.

Report Coverage Of FRP GRP GRE Pipe Market

The FRP GRP GRE Pipe Market Report provides comprehensive analysis of market segmentation, industrial applications, technological developments, regional outlook, investment opportunities, and competitive landscape across global composite pipeline industries. The report evaluates key market drivers influencing adoption of corrosion-resistant piping systems in wastewater treatment, desalination, offshore oil production, irrigation infrastructure, and industrial utility modernization projects. Approximately 68% of industrial pipeline replacement activities now prioritize non-metallic composite systems because operational maintenance requirements decline by nearly 40% after deployment.

The report further analyzes product innovation trends, manufacturing advancements, and application-specific demand across polyester, epoxy, and specialty composite pipe categories. Asia-Pacific accounts for approximately 34% of global market share, while North America and Europe collectively contribute nearly 46% due to extensive municipal infrastructure rehabilitation and offshore energy investments. More than 52% of wastewater treatment modernization projects globally now incorporate GRP pipeline systems because of improved hydraulic efficiency and reduced underground leakage incidents.