BMC Named to U.S. News & World Report Best Hospitals for Maternity Care

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PITTSFIELD, Mass. — U.S. News & World Report, the global authority in hospital rankings and consumer advice, has named Berkshire Medical Center (BMC) as a 2025 High Performing hospital for Maternity Care. 
 
This is the highest award a hospital can earn as part of U.S. News' Best Hospitals for Maternity Care annual study.  
 
"The exceptional care provided to our maternity patients is exemplified in this national recognition," said Tejas Gandhi, BHS System Vice President and BMC Chief Operating Officer. "The physicians, nurses and staff of the BMC Family Birthplace are prime examples of the outstanding care that BMC's patients can rely on day in and day out."  
 
U.S. News began evaluating maternity care hospitals in 2021, rating hospitals that provide labor and delivery services and submit detailed data to the publication for analysis. Best Hospitals for Maternity Care assist expectant parents, in consultation with their prenatal care team, in making informed decisions about where to receive maternity services that best meets their family's needs.
 
"The BMC Family Birthplace is committed to only the highest standards for our Berkshire families celebrating their newborns," said James Lederer, MD, BHS Chief Medical Officer and Chief Quality Officer. "Our community can count on these dedicated providers using the most advanced maternal child health services and technology to care for birthing parents and their infants."   
 
Berkshire Medical Center's Family Birthplace earned a High Performing designation in recognition of maternity care as measured by factors such as severe unexpected newborn complication rates, birthing-friendly practices and transparency on racial/ethnic disparities, among other measures. 
 
"The hospitals recognized by U.S. News as Best Hospitals for Maternity Care showcase exceptional care for expectant parents," said Jennifer Winston, Ph.D., health data scientist at U.S. News. "These hospitals demonstrate significantly lower C-section rates and severe unexpected newborn complications compared to hospitals not recognized by U.S. News."  
 
The U.S. News Best Hospitals for Maternity Care methodology is based entirely on objective measures of quality, such as C-section rates in lower-risk pregnancies, severe unexpected newborn complication rates, exclusive breast milk feeding rates, birthing-friendly practices and reporting on racial/ethnic disparities, among other measures.  
 
For more information, visit U.S. News's  Best Hospitals for Maternity Care site. 

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Pittsfield Man Creates Device to Clear Lakes of Algae Blooms

By Breanna SteeleiBerkshires Staff

Marc Bellora holds a jar of lake water, left, to compare to water cleaned by his Aqua Clarifier Water System.

PITTSFIELD, Mass. — Marc Bellora has high hopes for a device he's created to treat lakes from harmful algae blooms.

His patented water clarifier can physically remove captured material rather than letting the nutrient-rich material settle back into the lake, which occurs when herbicides are used.

"It's a long-term lake management tool that can be used to reduce legacy nutrients in lakes and ponds over time," he explained. "We built the prototype, this is a prototype. It does approximately 65 to 70 gallons per minute. It's very environmentally friendly. Can be used with air only, or we can use a low-dose potable polyaluminum chloride (PACL) or chemical on board that can help improve results."

The water clarifier barge is based on well-proven technology for water treatment, he said. "It's a self-contained, portable, mobile unit that removes algae blooms, nitrogen, phosphorus, and the associated nitrogen and phosphorus within lakes."

Bellora founded Clear Waterways Group with business partner Mark Simon. They built a prototype mobile unit and are still working out the kinks. It's taken Bellora about five years to bring the project to fruition as he is also a full-time Realtor.

He says the repurposed barge they use has a device that uses air to filter the water to separate harmful bacteria or uses a chemical at low doses. They are testing both to see how well each does at cleaning the water.

"They would do the same thing here, except they would spray it, and it blocks all that stuff together," Bellora said of the use of herbicides. "But then it drops to the bottom. So now all the nutrients that are attached in that plot go to the bottom and contribute to the legacy nutrients only to fuel next year's bloom. Ours removes it."

He said just using air alone has removed 70 to 90 percent of harmful algae where he has been operating on the south end of Pontoosuc Lake.

"Essentially, we take in the bad stuff, we take in the lake water. We separate the good stuff from the bad stuff. Clean water goes back into the lake, and the bad stuff can either be composted, or it can be taken to the wastewater treatment plant, which is what we're doing here," he said. 

Bellora explained that tiny air bubbles attach to particles in the water, making them buoyant so they rise and can be removed. The unit can operate with air alone, or with a low dose of potable polyaluminum chloride.

PACL helps through flocculation: it gathers small particles into larger clumps that are easier for air bubbles to capture. He said this can help remove dissolved nutrients that air alone may not capture as effectively. 

Bellora said he was inspired to build something like this after noticing the lakes he enjoys being shut down because of algae blooms. 

The city issued a health advisory for Pontoosuc in August, warning residents not to swim or come in contact with the lake water because of an algae bloom. The cyanobacteria can cause skin irritations, vomiting and diarrhea and nerve or liver problems. 

Bellora previously worked for a company that used traditional dissolved air flotation (DAF) systems to treat water. In that role, he traveled around the country to work at paper mills and food-processing plants.

That experience gave him a practical understanding of DAF, and while flying between jobs, he would see green ponds and wonder whether the technology could be adapted to treat lakes. 

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