Author: Heidi Parthena White

A Holistic Approach to Water System Engineering

At Tata & Howard, we believe that successful water system projects aren’t defined by individual milestones, but that they’re shaped by how seamlessly each phase connects with each other. That’s why we take a holistic approach to engineering services, ensuring that every step —design, funding assistance, permitting, bidding, construction administration, start-up, and sustainability — functions as part of a fully integrated process.

This approach leads to more efficient projects, better long-term performance, and fewer surprises along the way. Here’s how each element of our process supports the bigger picture and why it works best when everything works together.

Design

Design is at the heart of what we do here at T&H. For us, design is never just about meeting technical specs; it’s about creating solutions that are affordable, highly efficient, and that work seamlessly with the utility as a whole. Our engineers collaborate as partners with our clients to better understand their system needs, operational preferences, and budgets.

Each design includes value engineering to ensure that we’re not just solving today’s problem but setting the stage for long-term performance and resilience. Whether it’s upgrading aging assets or building something entirely new, our goal is always to deliver the most efficient, cost-effective solution possible.

Funding Assistance

Securing funding is one of the most important — and often most challenging — parts of any project. Our team works with clients to identify and apply for funding opportunities such as State Revolving Fund (SRF) loans, USDA Rural Development programs, Emerging Contaminants Grants, and Community One-Stop for Growth applications (to name few).

We know firsthand how to align technical documentation with agency expectations, increasing the likelihood of successful applications. By getting involved early, we can also shape project scopes and timelines to fit available funding, saving time and reducing financial risk.

Permitting

Permitting is more than a regulatory checkbox; it’s a critical link between planning and doing. Our permitting team works closely with local, state, and federal agencies to make sure everything is in order before construction begins.

From the EPA and Army Corps of Engineers to state environmental departments and local conservation commissions, we’ve built relationships that help keep the process moving. And because we understand both the technical side and the regulatory side, we know how to design with permitting in mind to avoid any surprises, and to align with timelines for funding and construction.

Bidding

Bidding isn’t just paperwork; it’s strategy. Our holistic approach ensures that bid packages capture the full intent of the design, comply with permitting constraints, and reflect available funding opportunities. The result is clear: comprehensive documentation that not only protects owners but gives contractors the confidence to submit competitive, well-informed proposals.

Accurate and transparent documents are essential, not only to attract qualified contractors but to maintain scope and budget discipline throughout the project. At T&H, our bid packages are shaped by procurement requirements, regulatory conditions, and design objectives. With clear expectations, detailed scopes, and comprehensive technical details, we give clients a solid foundation on which to build (literally and figuratively).

holistic-approach-water-system-engineeringConstruction Administration

Once shovels hit the ground, things can move fast. Our construction administration team is there to make sure everything stays on track.

We provide on-site resident observation and regular job progress meetings to keep everyone —clients, contractors, and engineers — informed and accountable. We work directly with contractors and clients to answer questions, resolve issues, and avoid any unnecessary delays. Our change order rate is less than one percent and is most often for scope additions requested by the client, not design errors.

Since our project team has been there from the start, we know the project inside and out. That means faster answers, better coordination, and smoother delivery.

Start-Up

Contrary to popular belief, when construction is done, the work isn’t over. Our start-up services help utility staff get comfortable with their new system before it officially goes online.

We stay on-site through commissioning and training to make sure everything works as intended. Operators are shown exactly how to run each part of the system, with documentation and support to back them up. This hands-on approach helps utilities avoid early hiccups and ensures long-term success.

We don’t walk away until everything’s working and everyone’s confident.

Sustainability

The last aspect of our holistic approach is sustainability and it’s a large part of how we design and build. Whether we’re integrating solar panels, optimizing pump performance, or pursuing water conservation goals, we’re always thinking about how to reduce environmental impact and improve long-term efficiency.

We also help clients pursue sustainability grants and funding to make these green choices more affordable. Our team has experience with everything from green building initiatives to source protection and energy efficiency.

These sustainable principles guide our work from the very beginning, so our clients get smarter systems that last longer and cost less to operate.

startup Delivering Synergy from Start to Finish

Each of these services is valuable on its own. But when they’re all part of one connected process, the benefits multiply. Permitting supports design. Design sets up funding. Funding aligns with bidding. Bidding prepares the way for smooth construction. And construction leads directly into successful start-up and sustainable operations.

This kind of integration is what makes Tata & Howard’s holistic approach different. It reduces risk, increases efficiency, and creates better outcomes for our clients and their communities.

The Bottom Line

At Tata & Howard, we see the whole picture. Our holistic approach to water system engineering is about more than just checking boxes; it’s about making sure every step supports the next. The result? Projects that stay on track, within budget, and are built to last.

Whether you’re facing regulatory deadlines, financial constraints, or aging infrastructure, we’re here to help guide you from start to finish with one team, one process, and one shared goal: building smart, sustainable systems for the future.

To see what our comprehensive holistic approach looks like, check out the Falmouth, MA 8.4mgd Long Pond Water Treatment Plant project.

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, smart 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.

2025 DJT Scholarship Winner

Please join us in congratulating Marlborough High School graduate Dong Ton for being awarded the 2025 Donald J. Tata Engineering Scholarship. Dong will be pursuing a degree in Mechanical Engineering from Brown University in the fall. Congratulations, Dong! 

The Donald J. Tata Engineering Scholarship is an annual scholarship given in honor of Tata & Howard co-founder Don Tata to a deserving senior from Marlborough High School who will be pursuing an engineering degree in college. 

The Quest for Water: Strategies for Public Water Supply Enhancement

Access to clean and reliable drinking water is not only a cornerstone of public health and community resilience, but a right. As municipalities continue to face insurmountable pressures from rapid climate change, population growth, emerging contaminants, and aging infrastructure, the need for innovative strategies to enhance public water supplies has never been more critical.

At Tata & Howard (T&H), we recognize that developing new water sources is not simply a technical endeavor, but rather a comprehensive process that requires thoughtful planning, adherence to regulatory compliance, a deep commitment to sustainability, and the application of industry best practices.

new-sourceComprehensive Services Backed by Regulatory Expertise

At T&H, we approach new water source development with a holistic mindset, emphasizing the interconnectedness of each phase, from initial exploration to long-term operation. Our unique methodology combines technical expertise, environmental stewardship, and community engagement to ensure that new water sources are not only viable but sustainable and beneficial for all.

Our services encompass every aspect of water source development, including test well investigations, pump test proposals, aquifer modeling, permitting, design, and construction. We collaborate closely with clients to navigate the complexities of regulatory requirements, ensuring that each project complies with local, state, and federal standards. This deep understanding of regulatory frameworks ensures that our projects move forward efficiently and without costly delays, while also meeting stringent environmental standards.

At T&H, we have extensive experience in regulatory standards and their respective permits, ranging from the Interbasin Transfer Act, Army Corps of Engineers, the Wetlands Protection Act, the Water Management Act, and more.

new-water-sourceBest Practices in New Water Source Development

Based on our extensive experience, we’ve identified several key best practices that can guide municipalities that are considering the development of new water sources.

Thorough Site Evaluation and Testing

Conducting detailed site investigations, including test wells and pump tests, is essential when assessing the viability of a new water source. These evaluations can provide clear, critical data on water quality, yield, and sustainability.

Comprehensive Permitting and Regulatory Compliance

Navigating the complexities of environmental regulations requires expertise and diligence. Our team has both and regularly assists clients in obtaining the necessary permits and ensuring compliance with all applicable standards.

Sustainable Design and Technology Integration

By incorporating energy-efficient systems, advanced monitoring technologies, and sustainable design principles, municipalities can enhance the performance and longevity of their new water sources, mitigating the need for future repairs or replacements.

Community Engagement and Transparency

Involving the community in the planning and development process fosters trust and ensures that projects align with the best interests of the municipality. Transparent communication and public meetings are vital components of this engagement.

Ongoing Monitoring and Maintenance

After the development of a new water source, continuous monitoring and regular maintenance are crucial to ensure optimal performance and address any emerging issues promptly.

well-site-shrewsburyCase Study: Replacement Wells in Shrewsbury, Massachusetts

A notable project is the Home Farm replacement wells project in Shrewsbury, Massachusetts. This initiative included permitting and design of satellite and replacement wells for the Home Farm Wells No. 6-1 and No. 6-2, Sewell Well No. 5, and Lambert Well No. 3-1. The intent of these projects was to regain lost capacity of the existing sources.

The Home Farm replacement well projects required permitting with the Shrewsbury Conservation Commission, a Water Management Act Amendment, and an Interbasin Transfer Act Request for Determination of Applicability through the Massachusetts Executive Office of Environmental Affairs Water Resources Commission. Each of the replacement well projects required permitting with the Massachusetts Department of Environmental Protection, preparation of bid documents for the installation of gravel packed production wells and pump test, completion of a 24-hour, 48-hour, or 5-day pump test with water quality analysis, preparation of pump test reports, design of necessary infrastructure including submersible pumps, variable frequency drives (VFDs), and piping to connect to the existing water treatment facility.

This project exemplifies the importance of thorough site evaluation and regulatory compliance in developing new water sources. This project also demonstrates the significance of proactive infrastructure maintenance and the role of engineering firms like T&H in facilitating the transition to more sustainable water sources. By replacing outdated wells with modern, efficient systems, the Town of Shrewsbury was able to improve water quality and reliability for its residents.

Conclusion

The quest for reliable and sustainable public water supplies is an ongoing challenge that requires thoughtful planning, innovative solutions, and collaborative efforts. By adhering to best practices in new water source development, municipalities can enhance the resilience of their water systems and ensure that future generations have access to clean, safe drinking water — a core mission here at T&H.

Our team’s commitment to these principles serves as a model for any community that is looking to strengthen their water infrastructure and develop new sources in the face of evolving challenges.

Water and Wastewater Infrastructure Design: Why Niche Expertise Matters

As we celebrate Drinking Water Week and Infrastructure Week in May, we’re reminded of the critical systems that quietly sustain our communities every day. These national observances highlight the importance of reliable drinking water and wastewater infrastructure—services we often take for granted, yet ones that set the very foundation of public health, environmental protection, and economic resilience. Designing and maintaining these systems demands more than general engineering knowledge. It requires focused, niche expertise, and a forward-looking approach.

At Tata & Howard (T&H), water and wastewater are our bread and butter. We’re not a generalist firm splitting attention across various sectors—we are dedicated specialists with a singular mission: to help communities design, manage, and optimize their water and wastewater systems. That niche focus gives us the depth, insight, and precision to deliver exceptional results, stay ahead of the curve, and prepare for the future.

water AND WASTEWATER infrastructureWhy Specialization Matters in Water and Wastewater Design

Water and wastewater systems are among the most complex and critical pieces of municipal infrastructure. They must operate around the clock, comply with ever-evolving regulations, and be able to adapt to population growth and environmental changes. A deep understanding of how these systems function and interact empowers our team to create solutions that are efficient, reliable, and safe.

That’s where our specialized expertise sets us apart.

On the drinking water side, we design transmission and distribution mains, storage tanks, pump stations, and advanced treatment facilities—all tailored to meet specific community needs. On the wastewater side, our work includes sewer mains, pump stations, and treatment plants engineered to meet local, state, and federal regulatory requirements while also operating efficiently and sustainably.

Our designs are built on a robust understanding of hydraulics, chemistry, permitting, and utility operations. But technical design is only one piece of the puzzle—strategic planning is just as important.

Capital Efficiency Plans: A Smarter, Targeted Approach to Infrastructure

At T&H, we help municipalities stretch every infrastructure dollar further. Our trademarked Capital Efficiency Plans (CEPs) are a fast-tracked, highly structured approach to water, wastewater, and stormwater asset management. Designed to identify and prioritize system needs, the CEP empowers communities to take proactive steps, avoiding costly emergency repairs and accelerating much-needed maintenance.

Through a simple, three-step process, our engineers work hand-in-hand with municipalities to assess underground utilities, flag segments needing repair, replacement, or rehabilitation, and create a clear, actionable plan. What makes the CEP unique is its three-circle Venn diagram approach, which evaluates each pipe segment using three key criteria: hydraulic modeling, asset management, and criticality. Where these criteria overlap, infrastructure vulnerabilities are given higher priority. It’s a visual, data-driven method that provides immediate clarity and direction.

Each CEP includes GIS mapping and a detailed asset database that outlines priorities, cost estimates, and phasing strategies. This comprehensive reporting gives municipal leaders the tools they need to confidently budget and plan, year over year.

At a time when state and federal infrastructure funding is limited, and aging systems continue to strain local budgets, the CEP provides a powerful path forward. Communities like Northampton, Worcester, and Melrose, Massachusetts have already benefited from this approach, completing more projects with fewer surprises and stronger long-term outcomes.

water testInnovation in Action: Staying Ahead of Emerging Contaminants

The water industry never stands still, especially when it comes to water quality. As new contaminants of concern emerge and regulations tighten, utilities are expected to respond quickly and effectively. At T&H, we protect public health and earn community trust by staying one step ahead of the curve.

PFAS, or per- and polyfluoroalkyl substances, are a clear example. These persistent synthetic compounds—often called “forever chemicals”—have become one of the most urgent issues facing drinking water systems across the country. With new limits on the horizon and public awareness on the rise, utilities need proven, forward-thinking solutions.

At T&H, we’ve been addressing PFAS head-on for years. Before it became a national focus, we were already helping communities plan for it. One example is our work with the Wading River Water Treatment Plant in Attleboro, MA, where we conducted pilot testing to evaluate treatment options for PFAS removal. By testing a variety of treatment media, we helped identify effective, sustainable solutions tailored to that system’s specific needs, equipping our client with a head start on long-term compliance.

However, PFAS aren’t the first emerging issue we’ve helped utilities manage. When manganese began gaining attention as more than just an aesthetic nuisance, we were already developing dedicated treatment systems to address it. At the Home Farm Water Treatment Plant in Shrewsbury, MA, we piloted the use of Mangazur® biological filtration to remove manganese from groundwater—an approach that proved both effective and cost-efficient for our client.

Whether the challenge is PFAS, disinfection byproducts, or nutrient removal in wastewater, our team is always evaluating new technologies, anticipating regulatory shifts, and delivering solutions that are both forward-looking and practical. For us, staying ahead isn’t just a matter of innovation, but rather, it’s part of the commitment we make to every community we serve.

A History of Firsts and Forward Thinking

Our legacy is built on innovation driven by a commitment to innovation and community partnership. We’ve been early adopters of advanced tools such as hydraulic modeling, GIS-based asset management, water audits, and CEPs, and we were the first to recycle Greensand backwash water in Massachusetts at a water treatment facility in Natick, MA.

By integrating these technologies early, we’ve helped utilities uncover inefficiencies, reduce non-revenue water, improve maintenance schedules, and phase out aging infrastructure in the most cost-effective way possible. We take pride in serving as trusted advisors, not just technical experts.

That support also extends to helping clients secure state and federal funding, including grants, low-interest loans, and SRF (State Revolving Fund) assistance. We align each project’s technical and financial goals with the most appropriate funding mechanisms—unlocking resources that might otherwise go untapped.

Building for the Future, Every Day

The success of any infrastructure project is dependent on more than just technical experience and excellence. It requires clear communication, a shared vision, and a genuine commitment to partnership. Our clients count on us for all of that, and more.

During Drinking Water Week, we celebrate the essential role that clean, safe water plays in our lives. And during Infrastructure Week, we honor the engineers, operators, municipal staff, and public officials who keep those systems running strong.

At Tata & Howard, we’re proud to stand with them. Because to us, water isn’t just an industry; it’s our purpose. And we’re proud to dedicate every day to building the water and wastewater systems that keep our communities healthy, resilient, and thriving.

This Spring, Don’t Forget Your Water Audit!

During the spring, many municipalities focus on preparing their budgets, gearing up for Town Meetings, and planning for the upcoming year. During this time, it’s also important to focus on ways to improve your water system’s financial health, and a water audit is arguably the most cost-effective first step, providing an ROI in months rather than years. Conducting a water audit is an essential tool in not only ensuring the efficiency of your water infrastructure, but also in reducing unnecessary costs. The combination of technology such as Advanced Metering Infrastructure (AMI) and sound asset management practices makes now the perfect time of year to assess the state of your water system and plan for future upgrades.

Why Water Audits Matter

Spring is the perfect time for municipalities to evaluate their existing systems, including their water infrastructure. A thorough audit of your water system provides a comprehensive quantification of both consumption and losses within the distribution system and helps identify sources of lost water. Planning and budgeting for fixing these losses helps with resource management, operational performance, system integrity, and, of course, financial performance.

At Tata & Howard (T&H), we advocate for performing regular water audits. A water system audit looks at everything from the condition of water mains and service lines to the performance of the meters and billing system. When conducted alongside an asset management strategy, these audits give municipalities the information they need to make data-driven decisions about repairs and upgrades.

The Cost of Leaks and Inefficiencies

Leaks are a major problem for many municipalities and can be a significant hidden cost. According to the EPA, U.S. utilities lose an estimated 6 billion gallons of treated water every day due to leaks in the infrastructure. This means municipalities are wasting not only water but also the energy and costs associated with treating and distributing that water. A water system audit helps identify leaks early, saving money on both treatment and repair costs while ensuring that water is being used efficiently, naturally leading to conservation.

As an example, Tata & Howard, Inc. was retained by the Town of Wayland, MA to complete an AWWA M36 water audit of the water distribution system based on data and system information for a three-year period. The AWWA water audit results found that the Town’s cost of water lost during the three-year period was over a million dollars!

Leveraging AMI and Asset Management for Efficiency

In addition to the Town of Wayland’s water loss and associated costs, the water audit found 64% of the Town’s meters were over 15 years old and not providing accurate usage readings. To address the aging meters, Tata & Howard completed a water meter and AMI evaluation.

Modern technologies such as AMI can make water system audits more effective than ever. AMI allows municipalities to monitor water usage in real time, detecting leaks and inefficiencies before they turn into larger issues.

The Town of Wayland’s project included an evaluation of water meters, automatic meter reading (AMR) systems, and AMI systems for the Town of Wayland’s water distribution system in order to provide a recommendation for AMR/AMI technology to best suit the needs of the Town. AMI was found to be the most efficient and cost-effective solution.

Following the meter evaluation, we provided assistance with a request for proposal (RFP) for new water meters and AMI system, and we are currently assisting with the implementation of the AMI system and the installation of the water meters and RF endpoints for the Town.

Now that spring has (finally!) sprung, it is the ideal time to consider implementing AMI in your own municipality. Pairing AMI with a regular water system audit allows municipalities to proactively track their water usage, identify inefficiencies, and optimize water distribution.

Funding Opportunities for Water System Improvements

Spring is also a great time to explore available funding programs to support water system improvements. With funding opportunities available, municipalities can address aging infrastructure and implement modern technologies without breaking the bank. It’s important to remember that conducting a water system audit is an investment in the future, one that can unlock new pathways for funding and ensure that your municipality’s water system remains reliable and efficient for years to come.

A Strategic Approach to Long-Term Water System Sustainability

With spring officially here and the demand of summer close on its heels, municipalities should be focusing on taking stock of their infrastructure and planning for the future. Proactive water audits allow municipalities to identify leaks, address inefficiencies, and make necessary upgrades, all while leveraging available funding opportunities. By incorporating technologies like AMI and strategic asset management practices, municipalities can ensure their water systems operate at peak efficiency, preventing costly repairs and improving overall reliability.

At T&H, we’re here to help municipalities navigate the complexities of water system audits, ensuring their infrastructure remains in optimal condition for the long term.

MS4 Stormwater Services in Massachusetts: Supporting Communities Through Sustainable Solutions

The Importance of Stormwater Management

Stormwater management is a vital part of maintaining healthy communities and ecosystems, particularly in urban areas where development often disrupts the natural flow of water. In Massachusetts, the MS4 (Municipal Separate Storm Sewer System) program plays a pivotal role in managing stormwater runoff and protecting our state’s valuable water resources. At Tata & Howard (T&H), we’re proud to help our local municipalities navigate these important regulations, providing expert stormwater solutions that not only ensure compliance but also support long-term sustainability and environmental well-being.

A Brief History of the MS4 Program

The MS4 program was first introduced by the U.S. Environmental Protection Agency (EPA) in 2003 as a way to reduce pollutants in stormwater runoff, which we know can seriously harm water quality and aquatic life. Initially, the program focused on larger urbanized areas, but over time, it has expanded to include smaller communities, recognizing that stormwater management is crucial no matter the size of the municipality. Over the years, the program has evolved to address new and ongoing environmental challenges.

The most significant update came in 2016 with the release of the EPA’s revised MS4 General Permit for Massachusetts. This new permit introduced even more stringent requirements aimed at reducing pollutants and improving stormwater management practices, while also taking into consideration emerging issues like climate change and increased storm events. These new requirements included, but were not limited to, an increased emphasis on green infrastructure; a stronger emphasis on public education and outreach; and enhanced pollutant reduction goals. As the program evolves, the focus on sustainability, innovation, and community engagement continues to grow stronger and stronger—and we’re thrilled to be part of this monumental work.

Key Requirements of the MS4 Program

The core goal of the MS4 program is to reduce the pollutants that stormwater runoff carries into water bodies, including harmful substances like sediment, heavy metals, and excess nutrients. To meet this goal, municipalities are required to develop and implement stormwater management programs that address these pollutants through Best Management Practices (BMPs). This can include constructed solutions like infiltration trenches, bioswales, rain gardens, green roofs, permeable pavement, and non-structural BMPs like ordinance development, street sweeping, proper disposal of hazardous waste, and using environmentally-friendly lawn care products.

The updated 2016 MS4 General Permit also placed a stronger emphasis on documentation, reporting, and tracking progress toward pollutant reduction goals. Municipalities are expected to engage with their communities on stormwater issues and educate residents on ways to reduce runoff at the local level. Furthermore, municipalities must also consider climate change impacts, ensuring that their stormwater systems can handle more frequent and severe storms. These requirements may seem challenging or tedious, but they serve as a real opportunity for communities to innovate and build more resilient infrastructure.

Recent Updates to the MS4 Regulations: Adapting to Evolving Challenges

The MS4 regulations continue to evolve to meet the growing environmental challenges posed by stormwater runoff. In recent years, there have been several key updates to the regulations that municipalities must be aware of to stay in compliance and effectively protect water quality. These updates not only address new environmental priorities but also reflect a growing recognition of the need for more comprehensive stormwater management strategies.

One significant update occurred in December 2020 when the EPA finalized modifications to the 2016 Massachusetts Small MS4 General Permit. These changes, which took effect on January 6, 2021, aimed to enhance stormwater management by addressing the emerging concerns surrounding pollution from commercial, industrial, and institutional (CII) properties. This new initiative would impact thousands of properties with impenetrable surfaces, making it part of a broader effort to address stormwater pollution from other various sources.

Additionally, the Massachusetts Department of Environmental Protection (MassDEP) has been working to align its Wetlands Protection Act (WPA) stormwater management standards with the MS4 General Permit Post-Construction Stormwater Rules. In October 2024, it was announced that this alignment would streamline the stormwater permitting process and ensure that state and federal regulations work together in harmony. By simplifying this process, municipalities are able to more efficiently meet the requirements of both the EPA’s MS4 program and MassDEP’s regulations. (After all, it is a group effort!)

In November 2024, the EPA provided Massachusetts MS4 Permittees with written notice that they intend to reissue the National Pollutant Discharge Elimination System (NPDES) Massachusetts MS4 General Permit for discharges to certain waters of the Commonwealth of Massachusetts.  When finalized, the Draft Permit will replace the Final Massachusetts MS4 General Permit issued on April 4, 2016 and modified on December 7, 2020.  The public comment period for the Draft Permit was recently extended for an additional 90 days from February 20, 2025 to May 21, 2025.

Though there have been several other key updates—all of which can be found on the EPA website—municipalities now have more focused guidance on how to reduce pollutants from a wider range of sources and ensure their stormwater systems are prepared for the future. These changes reflect a growing recognition that stormwater management must be comprehensive, addressing not only the volume of runoff but also the variety of pollutants that affect water quality.

Tata & Howard’s Role in MS4 Compliance

At T&H, we believe that MS4 compliance is about much more than just ticking boxes. It’s about helping municipalities achieve meaningful improvements in stormwater management that benefit both people and the environment, which is at the heart of what we aim to accomplish.

Our team works closely with municipalities to develop customized stormwater management plans that align with regulatory guidelines while also addressing the unique needs of each community. We understand first-hand that each municipality faces different challenges, and we take pride in our tailored approach to help them overcome these obstacles effectively.

Some examples of MS4 Compliance Services provided by T&H include the following:

  • Public Outreach Assistance
  • Stormwater Management Program Preparation
  • Stormwater Infrastructure Mapping
  • Annual Reporting to the EPA and MassDEP
  • Outfall Inspection and Inventory Services
  • Phosphorous Control Planning

Looking to the Future: A Sustainable, Resilient Tomorrow

The MS4 program is more than just a set of regulations; it’s a framework for creating a cleaner, healthier environment for Massachusetts communities. At Tata & Howard, we are proud to be part of the solution, helping municipalities comply with MS4 requirements while also driving innovation in stormwater management. Together, we can build a sustainable, resilient future where both communities and the environment thrive.

As we look ahead, we’re excited about the progress being made in stormwater management. With a focus on collaboration, sustainability, and community engagement, we can turn regulatory requirements into meaningful opportunities for positive change. By working together, we can ensure that Massachusetts continues to lead the way in responsible stormwater management and create a healthier, more sustainable environment for future generations.

Project Manager, Water Engineering — Salem, NH

We are looking for a qualified and highly motivated Project Manager, Water Engineering with 10-12 years’ experience in water distribution engineering to join our Salem, NH office. The selected candidate will work directly with our clients and a team of design engineers in a variety of civil engineering projects including pipelines, pump stations, and water treatment. The successful candidate will have a proven record of meeting project deadlines and budgets.  Other responsibilities include mentoring and training junior engineers, coordinating / participating in the preparation of plans and specifications, technical report writing, and documenting project activities, findings, and recommendations, with limited supervision. This position will also have business development responsibilities including lead identification, prospect meetings, and participation in proposals as appropriate.  The candidate must be a self-starter with a solid understanding of the consulting engineering industry. Familiarity with Deltek Vision project management system a plus.

Requirements:

  • Bachelor’s degree in Civil or Environmental Engineering.
  • 10-12 years of experience in the consulting engineering industry involving the design of municipal water systems.
  • Registered Professional Civil Engineer in the State of New Hampshire or the ability to obtain through reciprocity.
  • Previous experience working on and managing projects for municipal water clients.
  • Proven history of developing and managing projects from design through construction.
  • Candidate must have strong technical skills.
  • Strong written and verbal communication, organizational and interpersonal skills.
  • Candidate must be able to work well independently and in teams and manage multiple projects simultaneously.
UPLOAD RESUME

Engineer, Water/Wastewater — Salem, NH

Tata & Howard has an opportunity 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.

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

UPLOAD RESUME

Project Engineer, Water/Wastewater — Salem, NH

We are looking for a qualified and highly motivated Civil/Environmental Engineer with 4-7 years’ experience in water and/or wastewater engineering to address the needs of a growing firm. The selected candidate will support a variety of civil engineering design projects including pipelines, pump stations, and water treatment. The successful candidate will take the lead in project execution, project cost estimates and schedules, project work plans, keeping projects on schedule and within budget, and coordinating/participating in the preparation of plans and specifications, technical reports documenting project activities, findings, and recommendations, with limited supervision. The candidate must be a self-starter with a solid understanding of the consulting engineering industry. Familiarity with Deltek Vision project management system a plus.

Requirements:

  • Minimum of 4 years of experience in the consulting engineering industry involving the design of municipal water and/or wastewater systems.
  • Registered Professional Civil Engineer in the State of New Hampshire or the ability to obtain within one year.
  • Candidate must have strong technical skills and history of successful projects.
  • Strong written and verbal communication, organizational and interpersonal skills.
  • Candidate must be able to work well independently and in teams and manage multiple projects simultaneously.

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

UPLOAD RESUME