Operations & Support
Water Asset Management Companies
Asset management consultants and software firms optimizing lifecycle cost, risk, and renewal across water portfolios.
This page is a good fit if you need:
- Anaerobic Systems or Filtration capabilities
- Suppliers with asset maintenance & rehabilitation sector experience
- Providers operating in United Kingdom or Netherlands
Not ready to browse? Post your water asset management project and receive matched proposals directly from verified suppliers.
- Providers
- 64
- Verified
- 1
- Countries
- 7
How to choose a water asset management provider
Start with providers that clearly operate in your target geography and project footprint.
Look for industry exposure that matches your water challenge, compliance constraints, and deployment context.
Use technologies, service scope, and proof signals to narrow the list before reaching out to suppliers.
Not sure where to start? Our experts can help.
Filter results
Verified providers
1 claimed companies in this category
Country
Industry
Technology
Find a Water Asset Management Provider
Showing 61-64 of 64
64 results from 64 matched providers

Metasphere Ltd
Metasphere helps customers prevent leaks and spills for a cleaner, greener world. As a wastewater application specialist business, we provide monitoring solutions to the global utility industry with over 40 000 installations in 25 major utilities. Metasphere liaises with all sectors of the industry, from major utility companies to environmental and regulatory bodies. Utilising the latest technology, we deliver intelligent, innovative all-in-one telemetry solutions that provide full network visibility, performance and forecasting that reduce telemetry ownership cost for customers to manage time-critical remote assets and systems. Our solutions are suited for Water, Wastewater, Environmental and Gas applications.

PLR Building Services Ltd
Here at PLR Building Services, our team brings extensive experience in the water industry, specialising in top-tier electrical installation work for framework companies across the utility companies. Our primary focus is on ensuring compliance with regulatory requirements for water systems. We offer a comprehensive electrical design package and project management services. Our team is equipped with the latest health, safety, and electrical qualifications to meet all your project requirements efficiently. As a NICEIC approved contractor, we excel in both new systems installation and the refurbishment of existing installations. Water treatment Wastewater treatment Sludge treatment Pumping stations Reservoirs Inspection Testing Electrical Design Project managing

Saint Gobain PAM UK
Saint Gobain PAM UK is the premier supplier of ductile iron and cast iron products to the UK's key utilities, telecoms, highways, civil engineering, construction and housing companies. We’re a leading manufacturer of ductile iron access covers, gully gratings, and pressure pipeline systems, helping the UK’s utility, highways, telecoms and infrastructure network owners reduce their whole-life costs and carbon while improving their asset durability and health and safety standards. We proudly manufacture our solutions, which enables us to not only meet but exceed the most stringent safety, quality and environmental standards. This means all of our access covers, gully gratings, and surface boxes are 100% recyclable. By providing innovative and sustainable access covers, gully gratings and pipeline systems that are right the first time, our customers enjoy quality and durable solutions that solve their problems the first time they’re installed – backed by the experts who designed them. 👨🔬🔬🥼 Saint-Gobain PAM UK is part of the Saint-Gobain Group, which employs over 166,000 people in 75 countries. With the international support of parent company Saint-Gobain, we offer unrivalled technical support, a total solution approach and unparalleled quality and innovation. Our solutions include: Ductile iron access covers, gully gratings and kerbside drainage solutions Ductile iron water and sewer pipes, fittings, valves, couplings and adaptors

Spray Nozzle People
Suppliers of spray systems and solutions, including the StormBlaster™ stormwater attenuation tank cleaning system, the ScreenBlaster CSO screen cleaning head and specialised spray solutions for odour control, foam suppression and other water and wastewater applications. There are many applications for spray nozzles and systems within the water and wastewater treatment sector. SNP have worked on projects for most of the main water suppliers in the UK & Ireland as well as with many in Europe and beyond. We have listed some key applications for spray nozzles below. For a full list of applications and for further details on key applications, follow the menu to the right. Cleaning systems The United Kingdom’s water industry is poised for its most ambitious transformation yet under the AMP8 (Asset Management Period 8) investment cycle, which runs from 2025 to 2030. Backed by an unprecedented £108 billion investment, the largest in the sector’s history, AMP8 is focused not only on maintaining and upgrading ageing infrastructure but also on addressing growing environmental and regulatory challenges. A significant £11 billion of this total has been earmarked specifically for stormwater and sewage spill mitigation, reflecting mounting pressure from regulators, the public, and environmental groups to curb pollution in rivers, lakes, and coastal waters. At the heart of this environmental push lies the urgent need for more stormwater retention tanks and combined sewage overflow (CSO) systems. It is estimated that some 2,000 such systems will need to be updated, refurbished or built in the AMP round of funding. This stormwater management infrastructure is vital if the target of reducing spills and sewage discharges into waterways by 44% is to be met. Much of this new infrastructure will require specialised cleaning systems. Storm water attenuation tanks can cause serious smell pollution if left improperly cleaned after usage. The StormBlaster tank cleaning system is a more effective alternative to tipping buckets, swirl eductors and manual entry cleaning. Screen cleaning Combined Sewer Overflows (CSOs) are a key feature of combined sewer systems, where rainwater and wastewater share the same pipework. During heavy rainfall, these systems can become overwhelmed without proper control measures. CSO chambers manage excess flows by allowing water levels to rise and diverting surplus into overflow pipes. A crucial component of CSOs is the screening system, which traps solids and keeps them within the sewer network. This prevents solid waste from entering local waterways and protects the environment. Foam control The formation of a stable foam in the water treatment process is a common problem. Foam can occur in aeration tanks, anaerobic digesters or secondary clarifiers. Foam is undesirable because it can overflow vessels, create slippery and unsafe working conditions, interfere with processing, damage materials, and cause tanks to drain and dry slowly. Controlling foam can be accomplished by spraying liquid onto the pool, vessel, or reservoir’s surface and allowing the spray’s droplets to impact the foam bubbles, causing them to break. Spray nozzle arrays positioned above fluid level can be used to knock back the foam and keep it under control. Odour control The use of sprays to knock down and neutralise odour is a common application for our spray nozzles. Nozzles are either used to directly treat odour particles in the air or as part of scrubber systems.
Condition Assessment, Lifecycle Planning, and CMMS Integration for Water Infrastructure
Water asset management applies structured decision-making frameworks—probability of failure (PoF) and consequence of failure (CoF) analysis—to prioritize maintenance spending, rehabilitation investments, and replacement capital allocation across aging infrastructure. A utility managing hundreds of kilometers of distribution mains, multiple pump stations, and a treatment plant must triage competing asset needs against constrained budgets. Asset management software platforms integrate CMMS (Computerized Maintenance Management System) work order history, GIS location data, hydraulic model performance data, and inspection results to build risk-ranked asset portfolios that justify capital program priorities to boards and regulators.
Condition assessment methods range from non-destructive testing of individual assets (acoustic leak detection, closed-circuit television (CCTV) inspection of sewers, electromagnetic inspection of metallic mains, vibration analysis of rotating equipment) to statistical deterioration modeling for large asset classes where individual assessment is impractical. For large-diameter transmission mains, acoustic fiber optic monitoring and electromagnetic flux leakage inspection are increasingly deployed to identify wall loss before failure. For buried wastewater collections systems, CCTV condition grading per NASSCO PACP standards provides a structured basis for rehabilitation prioritization.
Regulatory pressures from EPA's Drinking Water Infrastructure Needs Survey, state asset management plan requirements for DWSRF funding eligibility, and the 2021 Infrastructure Investment and Jobs Act are creating significant demand for utilities to formalize asset management programs as a condition of federal funding. Providers who can help utilities build credible asset management plans—including system inventories, condition assessment programs, levels of service definitions, and long-term financial plans—are increasingly valuable as funding compliance requirements raise the documentation bar.
Frequently Asked Questions
What data do I need before implementing a water asset management program?
The foundational data requirement is a complete, accurate asset inventory: every treatment unit, pump, motor, valve, pipe segment, and structure with attributes including age, material, size, installation date, replacement value, and current condition rating. Many utilities find that their GIS and CMMS data are incomplete or inconsistent and require a data cleaning and reconciliation effort before analysis is meaningful. Once the inventory is in place, maintenance history data from the CMMS—work orders, failure events, corrective vs. preventive maintenance ratios—provides the failure history needed to build deterioration models.
How does CMMS integration improve water infrastructure asset management?
CMMS integration connects physical asset condition data to financial and operational decision-making by linking work order history, parts consumption, and labor costs to specific assets in the registry. When a pump has accumulated $50,000 in corrective maintenance over three years, the CMMS data makes the replacement business case visible and defensible. Asset management platforms that pull CMMS data automatically allow maintenance cost trends to trigger condition flag updates without manual data entry, improving the timeliness and reliability of the risk portfolio ranking used for capital planning.
What is the difference between reactive, preventive, and predictive maintenance in water utilities?
Reactive maintenance (run-to-failure) has low planned maintenance costs but high unplanned failure costs including emergency response, overtime, bypass pumping, and regulatory incidents. Preventive maintenance (time-based intervals) reduces reactive failures but generates unnecessary maintenance on assets that remain in good condition. Predictive maintenance uses condition monitoring data—vibration analysis, thermography, acoustic monitoring, oil analysis—to service equipment based on actual degradation signals rather than time intervals, reducing both unnecessary PM and reactive failures. Water utilities pursuing best-in-class asset management typically target a mix of 70–80% planned maintenance (preventive plus predictive) and less than 20–30% reactive maintenance by work order count.
What level of service metrics should a water utility define in its asset management plan?
Levels of service (LOS) translate regulatory requirements and customer expectations into measurable performance targets. For drinking water utilities, standard LOS metrics include: water quality compliance rate (% samples meeting regulatory limits), system reliability (unplanned outage frequency and duration per 1,000 service connections), water loss rate (% non-revenue water vs. AWWA benchmark), and response time to reported leaks or service disruptions. For wastewater utilities: SSO (sanitary sewer overflow) frequency and volume, CCTV inspection coverage rate, and treatment plant compliance rate. LOS targets should be set at levels the utility can fund and demonstrate progress toward in its capital improvement program.