Our Cornhole Tournament was a Hole-In-Many! It was a great afternoon filled with friendly competition, food, laughs, and camaraderie! The sky was blue, and the warmth of the afternoon sun was perfect for the tossing arm. Next step: cornhole league!
Team Unum Montis Champions "Fight For Air Climb" Competition With
Overall Lowest Time and Second Highest Fundraising Efforts!
Kudos to Team Unum Montis!
On Saturday, May 7th, Tata & Howard team members Robert Sims and Matt O’Dowd participated in the “Fight For Air Climb” at Pierce Memorial Stadium, Providence, RI. The “Unum Montis Team,” which included Robert and Matt, alongside Meagan Heslin, Shawn Giatas, and Wiktor Tomkiewicz, won the team competition (lowest total time of 5) by over 5 minutes.
In the eighth year of fundraising for the American Lung Association’s (ALA) “Fight for Air Climb,” the Unum Montis Team increased fundraising efforts finishing at $4,630. Congrats Team!
For more than 115 years, the American Lung Association (ALA) has been the champion of lung health. The fundraising monies contribute 90 cents of every dollar to program services, impacting more than 20 million Americans each year.
- Defeating lung disease
- Championing clean air for all
- Improving the quality of life for those with lung disease and their families
- Creating a tobacco-free future.
Employee Spotlight #7 – It is our pleasure to shine the spotlight on David J. Lombardo, P.E., Associate.
David’s career in engineering began in 1994. Directly out of college, he started a job with Roald Haestad, Inc., learning the water and wastewater aspects of civil engineering with a specific emphasis on Pump Station designs and construction oversight. In 2014, Tata & Howard acquired Roald Haestad, Inc., and David joined the Tata & Howard team.
His experience with Pump Station designs has been extensive, ranging from small to very large and complex. David summed up his experience by saying, “the unique challenges of the modern-day pump station design always comes down to the fact that no two pump station designs are identical; each has its own parameters and challenges.”
He shared that project considerations are many when designing a pump station beyond the water demands and pump capacities; other factors such as space availability, safe access, durability, low maintenance, upgradeability, etc., while balancing the client needs and staying on budget.
David shared that one pump station design project was particularly challenging due to limited land availability; Eventually, a house foreclosure in the area allowed the project to move forward. The design maintained the outer façade of the house with interior modifications that included gutting the inside and casting concrete floors to convert the interior into a potable water pumping station complete with four pumps, associated piping, electrical equipment, instrumentation, and controls.
The design included converting an attached garage into a standby power generator room equipped with acoustic louvers in the walls for cooling and combustion and lined with sound deadening insulation to minimize generator noise from reaching the neighbors. This above-ground replacement pump station allows easy access and enhanced safety while blending in with the neighborhood aesthetics.
David’s passion and experience for pump station designs continue to expand, building upon what he shared at the beginning of this spotlight, “the unique challenges of the modern-day pump station design always comes down to the fact that no two pump station designs are identical.” Thanks for sharing David!
David J. Lombardo, P.E., Associate
37 Brookside Road, Waterbury, CT 06708
E – email@example.com | P – 203-528-0263
To combat a long-standing water-quality problem, the Town of Shrewsbury Water and Sewer Division in Massachusetts recently completed a comprehensive unidirectional flushing project aimed at removing manganese from its water mains.
A local contractor performed the flushing using a plan developed by Tata & Howard, a firm that’s been the utility’s consultant since the 1990s. The water system features about 207 miles of mains, mostly made of asbestos cement, ductile iron and PVC pipes. It includes more than 11,000 service connections and serves about 38,000 people. Read more