asset management Archives

From Risk to Resilience: How Asset Management and Pipe Condition Assessment Safeguard Water Utilities

Every day, water utilities across the country quietly work behind the scenes to deliver safe and reliable drinking water. Yet beneath our streets lies an increasingly fragile network of aging infrastructure. Many of our nation’s systems are decades, if not a century, old, with the risks associated with aging infrastructure growing more complex as each day passes. The future of utility reliability lies not just in reacting to problems, but in preventing them before they arise.

The key to unlocking this proactive future lies with asset management and pipe condition assessments. Together, they provide the insight and structure that is needed to safeguard systems, manage risk, and build resilience amid evolving demands.

Why Proactive Management Matters

It’s not a secret that water infrastructure in the United States is aging at an unprecedented rate. Pipes installed generations ago are now reaching the end of their shelf life, increasing the likelihood of leaks and contaminations, breaks, and service disruptions. Without a structured plan, utilities often find themselves reacting to emergencies rather than preventing them.

It is critical to remember that in this line of work, reactive maintenance comes at a cost. Emergency repairs are typically more expensive, more disruptive to daily life, and more resource-intensive than planned interventions. These consequences also break down public trust when customers experience repeated service interruptions and a lack of safe and accessible drinking water. Conversely, implementing proactive management allows utilities to anticipate issues, allocate their resources effectively, and maintain consistent service.

Role of Asset Management

The main advantage of a well-designed asset management program is that it provides a sturdy foundation for smarter, more proactive decision-making. At its core, asset management is about understanding what you have, how it’s performing, and what actions are needed to sustain it over time.

For water utilities, the first step is creating a comprehensive inventory of assets — anything and everything from transmission mains to valves and hydrants. From there, utilities can assess the condition and criticality of each component, helping to prioritize where their investments will have the most impact.

Another key aspect of asset management is that it supports financial sustainability. By aligning capital improvement plans with each system’s needs, utilities can make the most of their limited budgets, avoiding any unnecessary expenses while still addressing their highest risks. Over time, this kind of structured approach not only reduces uncertainty, but also instills confidence in both day-to-day operations and long-term financial planning.

Importance of Pipe Condition Assessment

While asset management sets the overall direction, pipe condition assessment provides detailed insights needed to move forward with precision and confidence. Water systems are mostly buried and out of sight, making it difficult to evaluate without specialized tools and techniques. Condition assessment technologies allow utilities to understand the true state of their infrastructure. By identifying corrosion, wall loss, cracks, and other weak points, these assessments reveal which pipes are at risk of failure before a break occurs.

This knowledge is invaluable. Rather than relying on age alone as a rough estimate for condition, utilities can make targeted decisions based on actual data. This leads to more effective rehabilitation programs, fewer unexpected failures, and a longer shelf life for critical assets.

Data-Driven Decision Making

In 2026, we are fully immersed in the digital age, and utilities have access to more data at their fingertips than ever before. While the constant influx of data is valuable, the real challenge lies in turning that data into strategic decision-making.

By integrating field data, geographic information systems (GIS), and advanced analytics, utilities can gain a clearer, more complete overview of how their systems are performing. Over time, patterns begin to emerge, highlighting areas of recurring issues or elevated risk. These insights not only support long-term planning, but enable utilities to forecast needs, test different scenarios, and make informed decisions with greater confidence.

Adopting a data-driven approach also improves transparency. When decisions are backed by clear, defensible data, it becomes easier to communicate priorities to stakeholders, regulators, and the public.

Reducing Operational and Financial Risk

One of the most significant benefits of combining asset management with pipe condition assessment is risk reduction. Early detection of potential issues allows utilities to address them before they escalate into costly emergencies.

Planned maintenance and targeted repairs are not only more cost-effective but also less disruptive to daily operations. They reduce the need for overtime labor, minimize damage to surrounding infrastructure, and lower energy use that often comes with inefficient systems. Over time, these savings can become quite substantial.

Just as important, they help keep systems running without interruption. When infrastructure is reliable, water delivery stays consistent, even as systems age and demand shifts.

Enhancing Regulatory Compliance

Regulatory expectations for water utilities are always evolving, with increasing focus on safety, transparency, and resilience. The role of asset management and pipe condition assessment plays a critical one in meeting these requirements.

By maintaining accurate records and up-to-date system data, utilities are better equipped to comply with reporting standards, compliance regulations, and demonstrate due diligence. Condition assessments also give utilities clear, documented proof of how their systems are performing, an incredibly helpful tool with inspections and maintenance compliance.

Just as important, taking a proactive approach lines up with where regulations are headed — toward greater resilience and sustainability — so utilities are better prepared for what’s coming next.

Improving Customer Service

At the end of the day, water utilities are here to serve their communities. Reliable service is not just a goal; rather, it’s what people expect, and rightfully so.

Fewer main breaks and service interruptions translate directly into a better customer experience. When customers can depend on consistent water quality and availability, trust in the utility grows. By avoiding boil-water advisories and unexpected outages, utilities reinforce that trust, strengthening the relationship between themselves and the communities they serve.

Implementing proactive infrastructure management also keeps disruptions out of the public eye, allowing utilities to deliver a steady, dependable service on which people can rely.

Building Long-Term System Resilience

In summary, asset management and pipe condition assessment are more than just operational tools; they’re necessary to help build real resilience. By moving away from reactive fixes and towards strategic planning, utilities can build systems that are not only reliable today but adaptable for the future.

This kind of approach supports sustainable infrastructure management, balancing immediate needs with long-term goals. It enables utilities to respond effectively to evolving challenges such as population growth, climate variability, and changing regulations.

As we recognize Drinking Water Week and Infrastructure Week in May, it’s the perfect time to reflect on the essential role water systems play in our daily lives. These observances highlight both the value of our infrastructure and the importance of investing in its future.

By embracing asset management and pipe condition assessment, water utilities can move confidently from risk to resilience, ensuring safe, reliable water service for generations to come.

Blueprint for the Future: How Capital Efficiency Planning Is Revolutionizing Water & Wastewater Management

Water and wastewater utilities are finding themselves faced with unprecedented conditions. Aging infrastructure, evolving regulations, climate pressures, and limited funding are no longer just isolated issues, but instead are interconnected barriers that threaten a system’s reliability and resiliency.

In this time of increased challenges, utilities need more than just reactive fixes or short-term capital improvement plans. They need a smarter, more strategic approach. This is where Capital Efficiency Planning is transforming the industry.

Breaking the Cycle: Aging Infrastructure and Reactive Spending

The biggest barrier when it comes to building resilient water and wastewater systems is the cycle of reactive spending, fueled by two persistent challenges: rapidly aging infrastructure and limited funding.

Much of the nation’s water infrastructure was built in the mid-20th century and is now well beyond its intended lifespan. As a result, delayed maintenance, emergency repairs, and piecemeal upgrades have become the norm rather than the exception. The outcome? A cycle of inefficiency with unexpected failures leading to expensive emergency fixes and further strain on already limited budgets.

At the same time, funding uncertainty and political pressures around rate increases make it incredibly difficult to plan, let alone with confidence. Capital dollars are constantly competing with operational demands, and without a clear, data-driven strategy, utilities become trapped in a reactive cycle rather than improvement. This pattern doesn’t just strain finances, but also jeopardizes the reliability of the system and public trust. The real challenge is not just fixing problems as they arise, but preventing them in a way that is both financially sustainable and operationally resilient.

From Reactive to Proactive: the Capital Efficiency Plan (CEP) Advantage

One of the most critical aspects of CEPs is their ability to transform utility efforts from reactive to proactive.

Traditional capital improvement plans (CIPs) focus on near-term needs, often spanning between five to ten years and prioritizing projects based on immediate concerns. While CIPs are incredibly useful, they can often fall short when it comes to building long-term resilience and financial sustainability.

CEPs take a broader and more integrated approach. Rather than simply identifying projects, at Tata & Howard our CEP methodology mimics a Venn diagram with three sets of evaluation criteria:

Hydraulic Modeling: helps utilities understand how their systems perform under current and future demands, identifies deficiencies, and validates model data
Critical Component Assessment: evaluates assets that serve essential functions and whose failure would significantly impact performance
Asset Management Scoring: assigns risk scores based on their current conditions to determine if repair or replacement is required

By combining these elements, our methodology allows utilities to prioritize their efforts and investments based on risk, asset condition, and long-term value. Instead of chasing failures, utilities can anticipate and prevent them.

Doing More with Limited Budgets

Budget constraints remain one of the most significant pain points for utilities. Even when the need for investment is clear, funding is often insufficient or uncertain. This makes it increasingly difficult for utilities to address aging infrastructure while also preparing for future challenges.

CEPs help utilities make the most out of every dollar. By evaluating the full lifecycle cost of assets and identifying the most cost-effective interventions — whether rehabilitation, replacement, or operational improvements — CEPs ensure that capital is allocated where it will have the greatest impact.

This more disciplined approach allows utilities to stretch their limited budgets even further while still improving their system’s performance and reliability. With limited budgets, that efficiency is essential to building resilience.

Where Resilience Meets Financial Strategy

Resiliency is not just an engineering challenge, but also a financial one. A system cannot be considered resilient if its capital plan is not financially sustainable.

CEPs integrate financial planning directly into the capital decision-making process. They evaluate funding scenarios, rate impacts, and financing strategies alongside infrastructure needs, creating a blueprint for balancing technical priorities with fiscal responsibility.

This integration is critical. It allows utilities to plan for the future with confidence, ensuring that necessary investments are both achievable and sustainable. It also helps avoid the risk of overextension, where ambitious plans can fall short due to lack of funding.

Building Systems That Can Adapt and Endure

For a system to be resilient, it must not only be robust, but also adaptable. As climate patterns shift, regulations evolve, and communities grow, it’s critical for water and wastewater infrastructure to be able to respond to changing conditions.

CEPs support this adaptability by taking a long-term, flexible approach to planning. CEPs consider future scenarios, incorporate new data over time, and allow utilities to adjust their strategies as these conditions change.

This forward-thinking perspective ensures that the investments made today will continue to deliver value in the future.

A Blueprint for Resilience

CEPs effectively break reactive cycles by putting resiliency at the forefront of decision-making and are fundamental to long-term performance and efficiency. By prioritizing investments based on risk, asset condition, and long-term value, CEPs enable utilities to shift from emergency response to proactive system management. They reduce lifecycle costs, optimize capital spending, and create a more predictable and data-driven investment strategy.

Most importantly, they allow utilities to move beyond short-term fixes and toward a sustainable approach that strengthens infrastructure, protects budgets, and ensures reliable service for the future.

The Three Pillars of Smarter Utility Management

It’s safe to say that today’s water and wastewater utilities have their work cut out for them: daily, they face a complex mix of aging infrastructure, limited funding, climate-related risks, and rising public expectations. And meeting these challenges requires more than reactive fixes — it demands a shift toward strategic and proactive planning and management. That’s where the power of capital planning, comprehensive asset management, and Capital Efficiency Plans comes into focus for smarter utility management.

Together, these three approaches form a closed loop of insight, decision-making, and action, creating a smarter system that allows utilities to do more with less while building sustainable, resilient infrastructure. At Tata & Howard (T&H), we believe that the very future of utility management lies in integrating these strategies into a unified approach, transforming the way utilities operate.

Planning for Performance: Strategic Capital Planning

To start, s mart capital planning lays the foundation for utility intelligence. Utility intelligence is a utility’s ability to make informed, data-driven decisions that align operations, maintenance, and investment with long-term goals. It isn’t just about having access to data; it’s about using that data strategically to drive smarter outcomes across an entire system.

T&H’s capital planning framework starts with a deep understanding of a utility’s existing infrastructure, system conditions, and future needs. From there, utilities can identify and prioritize capital projects that align with long-term goals, regulatory requirements, and funding constraints. It’s a holistic process that considers not just engineering data but also demographic trends, risk profiles, and community feedback.

But the real value of strategic capital planning lies in how it connects the big picture to everyday reality. A well-crafted capital plan doesn’t sit on a shelf; rather, it becomes the north star that guides decision-making, funding requests, and operational choices for years to come. It sets utilities on a course toward sustainability, resilience, and fiscal responsibility.

Managing with Insight: Utility Asset Management

If capital planning is the blueprint, asset management is the engine that drives day-to-day performance. It ensures that every pump, pipe, and plant is accounted for, monitored, and maintained to support long-term service delivery.

T&H’s asset management approach empowers utilities to track infrastructure in real time, assess condition and criticality, and make informed maintenance or replacement decisions. Rather than relying on age or guesswork, utilities gain clarity on which assets are most at risk and which offer the best value when upgraded or repaired.

This insight not only improves reliability and reduces unplanned failures, but it also makes budgeting more predictable and defensible. With comprehensive asset data, utilities can align their investments with true need, support regulatory compliance, and extend the life of their critical systems.

In essence, asset management turns raw data into decision-making power, and in doing so, strengthens the backbone of utility operations.

Investing Where It Matters: Capital Efficiency Plans

Capital Efficiency Plans (CEPs) represent the synthesis of smart planning and asset insight, and where strategy and systems intersect to deliver high-impact results. A proprietary methodology developed here at T&H, our CEPs blend hydraulic modeling, condition assessment, and risk analysis into one prioritized, actionable improvement plan.

Unlike traditional capital planning efforts which can be broad and resource-intensive, our CEPs use targeted data collection and modeling to pinpoint exactly where an investment will have the greatest benefit, allowing municipalities the most bang for their budget. The process starts with utility-led workshops to validate data and understand operational challenges. From there, advanced modeling and field assessments inform a ranked list of infrastructure projects.

Our CEP also incorporates innovative methodologies, such as the “Three Circles Approach,” which intersect and overlay physical condition, hydraulic performance, and criticality to identify the most cost-effective upgrades. By aligning capital spending with real-world performance and risk, our CEPs help utilities stretch their budgets further and justify their decisions with confidence.

For many clients, the payoff is almost immediate, with prioritized improvements that reduce emergency repairs, lower lifecycle costs, and improve service reliability.

One Strategy, Three Dimensions

While each of these approaches offers standalone value, their greatest power lies in integration. Together, they form a feedback loop that brings informed decision-making to every level of utility operations.

Let’s break it down:

Capital Planning identifies where you’re going;
Asset Management keeps your systems aligned with that vision; and
Capital Efficiency Planning accelerates progress by directing resources where they’ll do the most good.

This is the foundation of smarter utility systems. It’s not just about spending less or reacting faster — it’s about building an adaptive, data-rich environment where decisions are clear, investments are strategic, and infrastructure is built to last.

Tomorrow’s Utilities Start Today

As infrastructure ages and demands intensify, utilities that invest in strategic utility management today will be best equipped to navigate tomorrow. T&H’s integrated approach, rooted in planning, powered by data, and refined through efficiency, helps municipalities take control of their future.

Whether you’re a small-town system manager or a large regional utility, the principles remain the same: know your system, plan with purpose, and invest with precision. Smarter systems build stronger communities. And with the right strategies in place, every utility can rise to the challenge.

Enhancing Asset Management and Pipe Condition Assessments with AMI Integration

Advanced Metering Infrastructure (AMI) integration is a phenomenal tool that offers utilities a wide variety of transformative benefits, particularly when it comes to asset management and pipe condition assessments.

But how?

Before we get to that, let’s take a quick detour into the basics of asset management and pipe condition assessments.

Asset Management: The Basics

Asset management is a fairly straightforward concept; essentially, it’s a strategic process utilities use to manage their assets. (See? Straightforward.) Utility assets can range anywhere from pipelines and power lines to the people themselves servicing them. At its core, asset management was developed for utilities, such as water, gas, electricity, etc., to reduce their operational costs while still providing consistent, efficient, and cost-effective service.

For water and wastewater utilities specifically, this approach means maintaining and upgrading utility infrastructures throughout their life cycles, including pipes, pumps, and treatment facilities. This kind of continuous maintenance, or “lifecycle evaluation” as many call it, is dependent on making time-sensitive decisions on when to replace, repair, or refurbish assets, which is key when trying to mitigate the risks of leaks or contamination.

One of the cornerstones of an efficient asset management system is proper documentation and record of all assets, their locations, specifications, maintenance history, and present condition. (If it can be recorded, it should be.) Asset management can provide utilities with the opportunity to implement a chain of custody, ensuring the safety, efficiency, durability, and reliability of their assets while simultaneously maximizing their investments.

But none of that can happen without a solid paper trail of the asset’s history and specifications.

For a more detailed overview of asset management, read our blog, The Crucial Role of Utility Asset Management: Providing Reliable Operations and Sustainable Infrastructure.

Pipe Condition Assessment

Pipe condition assessments are another critical aspect of water utility infrastructure maintenance, playing an important role in asset management. Proper pipe condition assessment typically includes visual inspections, acoustic monitoring, pressure testing, and flow monitoring, among other kinds of testing. By evaluating the condition of water and wastewater system pipes through these tests, utilities can get up close and personal with their infrastructure. In doing so, they have more knowledge and data and are therefore better equipped to make more intentional and sound judgments regarding maintenance and management. They can also identify problems before they become serious, mitigating the risk of corrosion, cracks, blockages, and leaks.

To put it succinctly, asset management and pipe condition assessments are two forms of predictive maintenance.

Capitalizing on Advanced Metering Infrastructure (AMI)

AMI is a system made up of smart water meters, data management systems, and communication networks. The purpose of AMI is to provide two-way communication between water utilities and their customers — all in real-time. By combining asset management, pipe condition assessments, and AMI, utilities can completely revolutionize the game.

With this communication fast-track, utilities gain far more insight into their customers’ water usage and are able to manage their assets proactively. Instead of having to wait for routinely scheduled assessments, utilities have continuous access to the infrastructure and system’s historical data, meaning they’re able to detect anomalies — like pressure drops or leaks — more quickly and have faster response times.

This level of constant surveillance and two-way communication can also be used for instant customer consumption readings, allowing customers the autonomy to monitor their own consumption and be alerted in the event of leaks or other issues. With the ability to detect these issues in real-time, utilities can swiftly make the necessary repairs or replacements. In doing so, they make way for accurate customer billing and more robust leak protection, reducing water loss and saving customers money. Talk about a win-win.

By shifting the focus from a reactive to a more proactive approach, utilities can take their continuous influx of data and use it to predict potential issues or failures. This kind of preparation allows them to better schedule their assessments based on critical needs rather than a routine calendar schedule. With this kind of forecasting, utilities can allocate better resources, reduce unneeded service interventions, and better extend the lifespan of their infrastructure.

There are a multitude of benefits from integrating AMI into a water and wastewater utility’s asset management process. But there’s one other crucial benefit we haven’t touched on: environmental and regulatory compliance.

Since AMI integration helps water utilities reduce their water loss and improve efficiency all around, it also guides them towards complying with regulations aimed at water conservation and environmental protection. Thanks to its robust reporting capabilities, AMI integration systems are able to gather accurate and timely compliance data, helping utilities demonstrate their adherence to regulatory standards.

Conclusion

There’s no denying the benefits of integrating AMI with asset management and pipe condition assessments. The partnership among the three allows for real-time data collection and analysis, early leak detection and water loss reduction, predictive maintenance, improved resource management, and, of course, environmental and regulatory compliance. By adopting AMI technology, utilities can ensure the longevity and reliability of their infrastructure, enhance customer satisfaction, and achieve regulatory compliance, ultimately providing better service while conserving our world’s most valuable resource.

Engineer, Water/Wastewater – MA and CT

Tata & Howard has opportunities for entry-level Civil and/or Environmental Engineers with a strong interest in municipal water and/or wastewater design. Experience with AutoCAD a plus. Responsibilities include project design, site investigations and surveys, analysis of data, interaction with clients, and developing engineering reports, models, and calculations related to the design of water/wastewater and stormwater collection/distribution systems. Additional responsibilities include developing familiarity with government, client, and industry local codes, regulations, and standards; health and safety requirements; and environmental concerns.

Requirements

Minimum qualifications include Bachelor of Science degree in Civil or Environmental Engineering or related field.
Successful candidates will be adept at applying engineering principles to develop effective solutions, and must possess strong technical and business writing skills.
Ideal candidates should have some experience with design and development of water and / or wastewater engineering solutions, AutoCAD, and Microsoft Office applications.
Candidates must be able to work well independently and in teams.

Locations

- Marlborough, MA
- Shelton, CT

Please note that Tata & Howard does not sponsor applicants for work visas.

UPLOAD RESUME

The Crucial Role of Utility Asset Management: Providing Reliable Operations and Sustainable Infrastructure

From large power plants to water distribution networks, utility assets form the backbone of our modern-day society. They provide us with the essential services we rely on daily, from electricity to clean water and beyond. However, the sheer scale and complexity of these assets demand a systematic and strategic approach to maximize their optimal performance, safety, and longevity.

This is where asset management comes into play. Utility asset management is not only about providing smooth operations and reliable service delivery, but it also plays a pivotal role in building sustainable, future-ready systems that can withstand the challenges of a dynamic world.

So, let’s get into it!

The Basics: What is Asset Management?

Utility asset management is a systematic process in which utility companies can manage and maintain their physical assets, such as water, gas, electricity, and their corresponding infrastructures. These infrastructures can range from pipelines and power lines to meters and transformers, even staff, encompassing any essential utility delivery service and technology.

Utility asset management takes into account the entire lifecycle of an asset, from acquisition or construction to decommissioning or replacement. This type of “lifecycle evaluation” includes decisions on when to repair, refurbish, or replace assets based on specific factors, such as technological advancements, regulatory changes, and cost-effectiveness.

These programs provide utilities the opportunity to maintain accurate and up-to-date records of all of their assets, including location, specifications, maintenance history, and current condition. All of these factors contribute to an effective plan for the safety, efficiency, durability, and reliability of these assets, while also maximizing the value of their investments over the asset’s lifespan.

Now that we’ve covered the what, let’s evaluate the why.

Why is Asset Management Necessary?

Knowledge is Power: A Predictive Maintenance Mindset

Try to think of asset management as a type of predictive maintenance: with asset management, utilities — like water works — can be proactive by utilizing available life cycle data and industry experience to anticipate just when maintenance is needed. These predictions further optimize maintenance schedules and can substantially reduce downtime and operational costs. Additionally, these programs allow for more sustainable infrastructure opportunities by offering details on potential issues, deterioration, or future risks, and provide other guidelines on how to prevent unexpected failures while simultaneously allowing for timely maintenance and/or repair.

High Scalability Meets Compliance Regulations

Asset management has a high scalability, making it a critical tool for all water, wastewater, stormwater, and public works systems, regardless of their size. Due to the adaptiveness of the program, utilities need to align their asset management efforts with relevant industry regulations and standards for optimal safety, environmental compliance, and public welfare. Like any kind of public works, utilities are subject to various environmental regulations that govern emissions, waste disposal, and resource usage.

What may be surprising to some is that utilities must also consider data security and privacy regulations. Protecting sensitive information related to assets, maintenance, and operations is essential to complying with data protection laws and other compliance regulations. (Yes, there’s loads of personally identifiable information on utility bills!)

Utility operations require permits and licenses from regulatory authorities, which are all collected during a preliminary assessment. Since asset management procedures involve tracking and renewing these permits, utilities can rest assured knowing that all necessary legal requirements are met.

By incorporating regulatory compliance into utility asset management, utilities receive continuous monitoring of regulatory changes, and often collaborate with legal and regulatory experts. Integrating compliance considerations into asset management strategies assists utility companies in maintaining operations that are lawful, safe, and environmentally responsible.

Endgame Goals

So, what is the end goal when implementing utility asset management? That’s easy: to continuously improve the reliability, safety, efficiency, and longevity of these assets while also optimizing costs and delivering high-quality services to customers.

Essentially, an effective utility asset management program results in (but is not limited to) the following:

Reduced operational costs
Improved service reliability
Minimized downtime
Enhanced customer satisfaction
Better resource allocation
Infrastructure stability
Operational resiliency
Community sustainability

How Can Tata & Howard Help?

At Tata & Howard, we start off a client’s asset management program by conducting a preliminary assessment of above and below ground infrastructures, staffing, and condition of assets. We review all existing documentation, records, drawings, and reports prior to the preliminary assessment. Once the pre-preliminary assessment has been completed, a site visit is arranged to review all of the utilities’ infrastructures and assets, and data is collected pertaining to equipment type, installation dates, capacities, manufacturers, model and serial numbers, and more; all of which is vital in providing our clients an in-depth and effective report.

So, what happens after our assessment? For starters, we provide utilities a full report on recommendations for prioritizing funds for individual asset replacement based on the criticality of the replacement, the current condition of the asset, its age, and any potential risks. Included is a Five-Year Asset Replacement Plan that includes an estimate of potential construction costs. Our findings and reports help utilities to allocate resources effectively by identifying which assets need immediate attention, which ones can be deferred, and which new investments will bring the most value in terms of performance improvement or cost savings.

In Conclusion

In summary, asset management planning is absolutely critical to the current and future health and maintenance of our utility supplies. It requires a combination of data-driven strategies, technological integration, and informed decision-making so that utility assets perform optimally throughout their lifecycle. At Tata & Howard, our team specializes in comprehensive utility asset management solutions. With years of experience, our team of experts is dedicated to delivering exceptional utility asset management services that empower water, wastewater, and stormwater utilities and companies to operate efficiently, meet regulatory requirements, and contribute to the well-being of the communities they serve.

Capital Efficiency Plan for the Win

Providing a Roadmap to Successful, Affordable Infrastructure Improvement

It seems that every day there is an exciting new product on the market to make every task that much easier and faster. A new tip on how one can achieve maximum productivity in their career, workouts, cooking, and how to achieve maximum energy saving capabilities in your homes — you name it, if there’s a will to optimize productivity, there’s a way for efficiency.

The same goes for your local water, wastewater and stormwater system.

The Tata & Howard Capital Efficiency Plan (CEP) helps you do just that. Our CEP method is an accelerated and progressive approach to asset management. Our program allows municipalities, with the assistance and guidance of expert field staff and project managers, to do the following: (1) identify areas of their water, stormwater, and wastewater systems that are in need of repair, replacement, and/or rehabilitation; and (2) create a prioritized plan of action that is easily justified. In addition, the entire plan is conducted and completed in a way that makes the most bang out of municipalities’ limited infrastructure bucks.

What’s the Plan?

Our CEP uses a three-circle, Venn diagram method. The three circles each represent a set of evaluation criteria for each water main segment: hydraulic modeling, asset management, and critical components. Each set comes with its own set of weaknesses. As with a typical Venn diagram, there is some overlap between the three circles, and the overlaps highlight the problem areas in the system. If a weakness appears to fall into more than one criteria set, they are given a higher priority than the others. By using this visual approach, our CEP easily and concisely identifies areas of criticality that allows systems to then create an action plan.

Once the plan is completed, systems receive their CEP report, complete with Geographic Information System (GIS) representation for each pipe segment within their individual underground piping system, along with a database. Each report will detail what issues are critical and should be prioritized, and includes estimated costs for the repairs, replacements, or rehabilitations that need to be made, so critical and less-critical projects alike can be part of the conversation when preparing annual budgets.

Road Blocks

In their 2021 Report Card, the American Society of Civil Engineers (ASCE) gave wastewater an embarrassing “D+” grade due to the existing infrastructure being in desperate need of repair and replacement and drinking water a “C-“. Stormwater came in with the lowest grade of “D”.

It has been no secret that federal and state funding has been on a steady decline for several decades now, starting in the mid-1970s. With already limited funding, state and local governments are unable to meet full capital expenditures and to prioritize projects, and are frankly falling behind, leaving their residents to bear the burden of crumbling infrastructure.

Our plan allows systems to implement clear, concise, and systematic plans of action, have more detailed agendas for each project, and to better allocate their already limited funding while providing critical repair, replacement, and/or rehabilitation of their water, wastewater, or stormwater system. CEP’s also provide a roadmap for a better plan for future work, resulting in tackling more capital improvement projects, all while using fewer funds. It is a win across the board, as evidenced by the following systems:

Asset management planning is absolutely critical to the current and future health and maintenance of our water supplies. This highly structured, three-circle approach to capital planning is one of the most effective ways for systems to conclusively prioritize those that are in most need of repair, replacement, or rehabilitation. Each CEP approach is specifically tailored to each project, as each system and project have varying needs.

By participating in our Capital Efficiency Plan and actively working towards better capital planning, systems can achieve better capital efficiency. Our plan will give its participants the security knowing that their annual budgets are better allocated to the most critical projects, and provide a sigh of relief knowing that their repair-to-do lists are getting shorter. And, most importantly, systems can rest assured knowing that their residents have access to safe, clean drinking water via updated water distribution systems.

It truly is a win-win for all.

Charles River Clean-Up 2022

Team Tata & Howard joined 3,000+ volunteers participating in the 23rd Annual Earth Day Charles River Cleanup! It was a beautiful Saturday to get out of the house and lend a helping hand to Mother Nature!

Karen-L-Gracey_Joe-Cristobal_Jenna-Rzasa_Peter-Goodwin_Maria-Maynard

Our team picked, tugged, lugged, and hauled away litter around the Upper Falls Playground. We even made a new friend, neighbor Barry Soroka, who lives close to the park; looking forward to seeing you next year, Barry!

Location: Upper Falls Playground, Newton Upper Falls, MA

Patrick S. O’Neale, P.E. Scholarship

Tata & Howard, Inc. is pleased to co-sponsor the Patrick S. O’Neale, P.E. Engineering Scholarship Award through the Massachusetts Water Works Association (MWWA).

Patrick had a passion for quality control, quality assurance, and the development and protection of Massachusetts water supply and water infrastructure. He held a B.S. in Civil Engineering from Southeastern Massachusetts University and served as president of MWWA. His twenty-year career at Tata & Howard, Inc. served in many leadership roles, with his final position as Sr. Vice President.

This award is open to students pursuing a Bachelor of Science degree in Civil or Environmental Engineering at an accredited academic institution in the United States, with preference given to those candidates whose programs of study are related to waterworks practice.

Click here to learn more about applying for the O’Neale Scholarship Application through MWWA. Deadline: June 1st of each year.

Donations, if you wish to donate to this fund, please click here.

Asset Management Grant Program Available in MA

Calling All Water Utilities!

The Massachusetts Department of Environmental Protection (MassDEP) and the Massachusetts Clean Water Trust (the Trust) are currently promoting Asset Management Programs (AMPs) by offering subsidized State Revolving Fund (SRF) financing for communities looking to improve one or more of their water-related utilities.

With the help of Asset Management Programs, water, wastewater, and stormwater utilities are poised to make beneficial financial decisions for the future. The goal of AMPs is to achieve long-term sustainability and deliver the required level of service in a cost-efficient manner. Financial decisions surrounding asset repairs, replacements, or rehabilitations, as well as the development and implementation of a long-term funding strategy can only help a utility.

Through the Asset Management Grant Program, MassDEP and the Trust are encouraging water utilities to focus on AMP development, maintenance, or improvements. This program is also aimed at helping communities and their utilities meet the Engineering Plan and Financial Sustainability Plan requirements for SRF construction loans. With that, the program will award grants with a maximum award of $150,000 or 60% of the total eligible project cost (whatever is less).

If awarded a grant, the recipient will be required to supply documentation of a full appropriation of funding mechanisms for the entire cost of the project to qualify. There are no requirements on the size or scope of the project. MassDEP will favor proposals that include a clear description of the applicant’s current asset management status and goals, and those that demonstrate a strong commitment to participate in their AMP.

Apply Today!

Tata & Howard encourages all MA utilities to apply for this special grant funding. Proposals and Project Evaluation Forms are due on August 23, 2019 by 12 pm.

For more detailed information concerning requirements and deadlines, please view the Guidelines for Proposal Submittal and Project Selection provided by MassDEP.

Asset Management

As one of MassDEP’s pre-qualified consulting engineering firms, Tata & Howard provides industry expertise in both Asset Management and funding assistance. For more information on Asset Management or how Tata & Howard can assist with your grant application, visit our website or contact us directly. We are happy to assist.