Mackie Shea O’Brien, P.C. has relocated its offices to The Berkeley Building at 420 Boylston Street in Boston’s Back Bay.
Built in 1906, The Berkeley Building was rated “of major significance” when receiving Landmark designation by the Boston Landmarks Commission. It underwent a total renovation in 1989 when a six-story atrium was incorporated and the original balustrade crown and bronze doors were replicated.
The lawyers and staff at Mackie Shea O’Brien, P.C. look forward to welcoming visitors to their new office.
NORTH ANDOVER, MA – The historic Isabella Stewart Gardner Museum in Boston, Massachusetts has selected SAK Environmental LLC to oversee the construction and permit compliance of an open-loop geothermal heating and cooling system for the highly publicized museum’s restoration and expansion project.
The Gardner Museum has completed months of extensive planning among city and state authorities to preserve the Museum’s historic galleries while planning a new building adjacent to the Palace to better accommodate the approximately 200,000 guests who visit the museum annually.
Supporting the progress and preservation goals of the effort is a planned geothermal system that will complement the Gardner Museum’s existing heating and cooling systems. The geothermal system is designed to provide up to 170 tons of cooling, allowing the Gardner to become more energy independent and create less of a carbon footprint on the environment. SAK Environmental’s geologists and engineers are working with the museum and their Project Management Team, Paratus Group of New York City, to provide expertise in construction inspection, aquifer testing, water quality testing, and system troubleshooting.
The geothermal system will use the thermal capacity of the underlying bedrock aquifer (estimated to be 55 to 60 degrees Fahrenheit year-round) to heat and cool the Gardner Museum. Groundwater will circulate from eight, 6-inch diameter, 1,500 foot deep Standing Column Wells to heat exchangers located in the mechanical room of the building, and return to the aquifer. Therefore, there is no net change to groundwater levels. The groundwater transfers energy to either extract heat from the ground for heating during the winter or reject heat to the ground for cooling during the summer. Ground source heat pumps located in the building concentrate the energy transfer and interface with conventional HVAC distribution systems.
“Geothermal systems are an excellent means to dramatically increase a building’s energy efficiency and reduce energy-related operating costs,” says Stephen Sakakeeny, hydrogeologist and Principal at SAK Environmental. “Our expertise in underground aquifers, water quality, and well construction methods will contribute to achieving high performing wells for this important project.”
Well construction began in August and is expected to continue through November 2009. The wells will be operational and the geothermal heating and cooling system is scheduled to go online in 2010.
For additional information about the Isabella Stewart Gardner Museum, visit http://www.sakenvironmental.com/ Contact Information: Maureen Sakakeeny, SAK Environmental, firstname.lastname@example.org, 978-688-7804
For information about the Gardner Museum and the current construction project, please contact: Katherine Armstrong, Isabella Stewart Gardner Museum, email@example.com, 617-278-5107