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Grafton County Department of Corrections
November 29, 2012

Grafton County Department of Corrections

Grafton DOC main lobby, credit SMRT Architects crop

Grafton County Department of Corrections

N. Haverhill, New Hampshire

Project Type: General
  • OWNER: Grafton County
  • ARCHITECT/ENGINEER: SMRT Architects
  • CIVIL ENGINEER: WSP (Formally The Louis Berger Group)
  • KITCHEN/LAUNDRY CONSULTANT: S1 Food Service Consulting (Formally L. Schroeder Consulting, Inc.)
  • SECURITY ELECTRONICS CONSULTANT: Tim Redden & Associates
  • DELIVERY METHOD: CM
  • CONSTRUCTION COST: $27.7 Million
  • COMPLETED: 2012
  • AWARDS: ACA-accredited and PREA-compliant design

This new correctional facility, spanning an impressive 94,000 square feet, replaced an outdated facility constructed in the late 1800s. Prior to commencing the construction phase, we were involved in preconstruction services for two and a half years, meticulously planning and preparing for the project. The detention area within the facility serves several hundred inmates, emphasizing the significance of its design and construction.

In determining the optimal building method, extensive analysis led us to construct the facility using masonry CMU (Concrete Masonry Units) rather than pre-cast cells. This choice proved to be effective in achieving the project’s objectives. Notably, the electronic access control system required approximately eight miles of conduit, ensuring comprehensive security measures throughout the facility.

Energy efficiency was a core focus throughout the construction process. The building features mechanical systems powered by geothermal wells, consisting of an impressive network of 92 five-hundred-foot wells. This geothermal system provides sustainable heating and cooling, supported by a ground-source heat pump that utilizes water-to-water heat exchange. Gas-fired boilers serve as supplemental heating sources.

Furthermore, the kitchen within the facility incorporates an energy-efficient exhaust system, refrigeration units, and a water heating system. These features align with the LEED (Leadership in Energy and Environmental Design) criteria for energy-efficient design and functionality, further emphasizing the commitment to sustainability.

The Grafton County Departments of Corrections project showcases our dedication to delivering high-quality, energy-efficient, and secure facilities. The construction of this modern correctional facility not only addresses the functional needs of the correctional system but also prioritizes environmental responsibility and sustainable design practices.

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Photo Credit:  SMRT Architects

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Lisbon Inn: Housing Renovations
March 23, 2012

Lisbon Inn: Housing Renovations

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Lisbon Inn Housing Renovations

Lisbon, New Hampshire

Project Type: Housing and Historic
  • OWNER: AHEAD, Inc.
  • ARCHITECT: Black River Design, Architects
  • CIVIL ENGINEER: Engineering Ventures
  • STRUCTURAL ENGINEER: Engineering Ventures
  • MECHANICAL ENGINEER: Stephen Booth, PC
  • FIRE PROTECTION ENGINEER: Chase Engineering
  • ELECTRICAL ENGINEER: Lee Carroll
  • DELIVERY METHOD: CM
  • CONSTRUCTION COST: $1.6 Million
  • COMPLETED: 2012

The Lisbon Inn Housing Renovations project involved renovations to an occupied facility, including 19 units and a community area. The historic Lisbon Inn required a major facelift, addressing various needs such as the replacement of a 30-year-old underground storage tank, erosion in the parking area, deteriorated porches, paint failure, and aging windows and doors. The thermal envelope was improved by adding insulation and reducing air infiltration. All major building systems, including the elevator mechanism, HVAC, electrical system, lighting, sprinkler, and fire alarms, were replaced. Additionally, all apartments received new kitchens and baths, along with several cosmetic improvements. Being listed on the National Register of Historic Places, attention to detail and preserving the historic fabric of the properties were critical.

Olivia Beleau of AHEAD praised the project, stating, “Attention to detail and not disturbing the historic fabric of the properties was critical. You all did a great job on that!” This quote from the owner recognizes our commitment to maintaining the historical integrity of the Lisbon Inn while successfully executing the renovations.

Throughout the project, our team diligently focused on preserving the unique architectural features and historical significance of the Lisbon Inn. By carefully integrating modern upgrades while respecting the property’s heritage, we achieved a successful balance between revitalization and preservation. The renovations transformed the Lisbon Inn into a rejuvenated space that meets contemporary standards, enhances energy efficiency, and provides a comfortable and inviting living environment for the residents.

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McKee Inn: Housing Renovations
March 23, 2012

McKee Inn: Housing Renovations

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McKee Inn Housing Renovations

Lancaster, New Hampshire

Project Type: Housing
  • OWNER: AHEAD, Inc.
  • ARCHITECT: Black River Design, Architects
  • CIVIL ENGINEER: Engineering Ventures
  • STRUCTURAL ENGINEER: Engineering Ventures
  • MECHANICAL ENGINEER: Stephen Booth, PC
  • FIRE PROTECTION ENGINEER: Chase Engineering, PC
  • ELECTRICAL ENGINEER: Lee Carroll, PE
  • DELIVERY METHOD: CM
  • CONSTRUCTION COST: $2.5 Million
  • COMPLETED: 2012

We undertook a remarkable endeavor with the McKee Inn Housing Renovations project in Lancaster, NH, alongside the owners of AHEAD, Inc.. The existing facility, home to 35 units and a vibrant community area, underwent extensive renovations while remaining occupied throughout the construction process.

A key focus of the project was enhancing the building’s thermal envelope to improve energy efficiency and comfort for the residents. Additionally, the elevator system received a significant upgrade, ensuring reliable and accessible vertical transportation. Notably, an underground storage tank was successfully removed, addressing potential environmental concerns.

The scope of work extended to encompass comprehensive renovations of all the apartments, rejuvenating these living spaces for the residents. Furthermore, both the exterior and interior community areas received meticulous attention, with a dedicated effort to preserve and highlight the historic details that contribute to the unique character of the McKee Inn.

With the expertise of Black River Design as the architect, the project seamlessly merged functionality, aesthetics, and a deep respect for the building’s historical significance. H.P. Cummings Construction Company’s commitment to excellence and attention to detail was evident in every aspect of the renovation.

The McKee Inn Housing Renovations project stands as a testament to the transformative power of thoughtful restoration and modernization. It is a testament to the collaboration and dedication of all involved, ensuring that the residents can enjoy an enhanced and revitalized living environment while preserving the cherished heritage of the community.

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Springfield Community Health Center
March 23, 2012

Springfield Community Health Center

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Springfield Community Health Center

Springfield, Vermont

Project Type: Health Care and Historic

The Springfield Community Health Center is situated in the historic Fellows Gear Shaper Company building, which holds significance as a former employer of 20,000 workers during World War II. Adjacent to the Black River, the building features a walking bridge that connects it to the main road, spanning over the river.

During the construction phase, our team undertook the demolition of various outbuildings and the renovation of 32,700 square feet of the mill into a state-of-the-art medical office building. A unique and innovative river water heat exchange system was installed as the heating system for the facility. Additionally, we enhanced the parking area, improved pedestrian and vehicular circulation, and revitalized the exterior facade of the building. It is important to note that the project site was classified as a brownfield site, which contained contaminants such as chlorinated solvents, petroleum, and polychlorinated biphenyl compounds.

The project, known as the Springfield Community Health Center, was commissioned by Springfield Medical Care Systems. Joseph Architects contributed to the architectural design, while our company served as the construction manager, ensuring the successful execution of the project from start to finish.

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Copley Hospital: Emergency Department Renovations
March 23, 2012

Copley Hospital: Emergency Department Renovations

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Emergency Department Renovations

Morrisville, Vermont

Project Type: Health Care

The Copley Hospital project included a renovation of 2,148 SF and a new addition of 3,432 SF, specifically for the emergency department and canopy. Throughout the construction process, the hospital continued operating and providing patient services.

The main goal of this project was to enhance the emergency department by creating additional treatment areas, a dedicated workspace, and an upgraded nurse’s station. Patient privacy was also a key focus, ensuring a more comfortable and confidential environment for individuals seeking emergency medical care.

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Bosarge Education Center
November 29, 2011

Bosarge Education Center

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The Bosarge Family Education Center at Coastal Maine Botanical Gardens

Boothbay, Maine

Project Type: Education and Green Building
  • OWNER: Coastal Maine Botanical Gardens
  • ARCHITECT: Scott Simons Architects/Maclay Architects & Planners
  • DELIVERY METHOD: CM
  • MEP ENGINEER: Allied Engineering/Energy Balance
  • STRUCTURAL ENGINEER: Becker Structural Engineers
  • CONSTRUCTION COST: $3.06 Million
  • COMPLETED: 2011
  • AWARDS: 2013 AIA Maine COTE, Institutional/Education Citation, 2012 AIA Vermont Citation, 2013 Northeast Sustainable Energy Association, Zero Net Energy Building Award, 2012 Woodworks, Eastern Wood Design Awards, Green Building Wood Design Award

This 8,000-square-foot structure is a prefabricated (post and beam) super-insulated package by Bensonwood Homes. The exterior walls are R-40, and the roofs are R-60. The project has a 45kw photovoltaic system. The windows are a high-end German triple-glazed unit. High-tech daylighting sensors maximize the amount of natural light coming into the center, helping to reduce electricity use by 60%.

Water conservation is a major component of the center’s green features. Low-flow faucets and fixtures conserve water, while rainwater is collected underground in a 1,700-gallon cistern and then used for toilets. The floors and ceilings are made of maple and pine harvested from sustainable forests in Maine certified by the Forest Stewardship Council.

This Net Zero project received LEED Platinum certification and the AIA Vermont Citation for Excellence in Architecture. Maclay Architects received the Zero Net Energy Award at the Northeast Sustainable Energy Conference.

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Photo credit Robert Benson

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Green Mountain College: Biomass Plant
November 29, 2011

Green Mountain College: Biomass Plant

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Green Mountain College: Biomass Plant

Poultney, Vermont

Project Type: Education

The Green Mountain College Biomass Plant project involved a significant transformation in the campus’s heating infrastructure. The existing central heating plant, which relied on #6 fuel oil, was replaced with a state-of-the-art biomass plant. With an investment of $1.3 million, the project included the installation of Chiptec biomass 400hp boiler equipment and a 150kw steam turbine.

The site work presented various challenges, particularly due to the footings being below the water table. Additionally, the project required the removal of oil-contaminated soils in a confined area, necessitating the implementation of shoring techniques for safety and stability. Furthermore, as part of the project, certain equipment within the existing boiler room system was upgraded to enhance overall efficiency and performance.

The introduction of the biomass plant marked a significant milestone in the college’s commitment to sustainability and environmental stewardship. By replacing the primary heating system with biomass technology, the campus reduced its reliance on fossil fuels and embraced a more renewable and eco-friendly energy source. This transition not only contributed to reducing greenhouse gas emissions but also demonstrated the college’s dedication to promoting cleaner and greener energy solutions.

The Green Mountain College Biomass Plant project stands as a testament to the institution’s proactive approach in adopting sustainable practices. By embracing biomass technology and addressing the site’s unique challenges, the project successfully transformed the campus’s heating infrastructure, aligning with the college’s mission to prioritize environmental responsibility and contribute to a more sustainable future.

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Woodstock Inn: Spa
November 29, 2011

Woodstock Inn: Spa

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Spa at the Woodstock Inn

Woodstock, Vermont

Project Type: Green Building and General

The project encompassed a remarkable new addition spanning 10,212 square feet, accompanied by interior alterations totaling 3,000 square feet. Designed to embody elegance and understated beauty, the Spa at the Woodstock Inn has been described as “a celebration of light, nature, and harmony” by a spokesperson for the Inn. The architectural concept seamlessly merges minimalist, eco-friendly design principles with cutting-edge amenities, offering guests a truly rejuvenating and holistic experience.

The Spa features a comprehensive range of state-of-the-art facilities, including a full-service salon, ten meticulously designed treatment rooms, an inviting outdoor hot soaking pool, a Scandinavian-style sauna, a cozy fire pit, and a tranquil meditation tree. Each element has been thoughtfully incorporated to enhance relaxation, promote well-being, and immerse visitors in a serene and serene environment.

Through our design/build MEP (Mechanical, Electrical, and Plumbing) expertise, the Woodstock Inn Spa has been seamlessly integrated with optimal functionality and efficiency. Our team worked closely with the architectural vision to ensure that every detail, from the lighting to the climate control, aligns with sustainable principles and enhances the overall guest experience.

Notably, this exceptional project has earned LEED certification, showcasing its commitment to environmental sustainability and energy efficiency. The Spa’s eco-friendly design, combined with the incorporation of state-of-the-art technology, underscores the Woodstock Inn’s dedication to providing a harmonious and responsible sanctuary for its valued guests.

In summary, the project involved the creation of a breathtaking new addition and interior alterations, resulting in the exquisite Spa at the Woodstock Inn. Combining timeless elegance with eco-conscious design, this LEED-certified facility offers a comprehensive range of amenities, including a full-service salon, treatment rooms, outdoor soaking pool, sauna, fire pit, and meditation tree. The collaboration between design/build MEP experts and the Inn’s vision has resulted in a haven of serenity that celebrates the harmony of nature and provides guests with an unparalleled experience of relaxation and rejuvenation.

“A great deal of precision planning and thoughtful care went into the creation of this beautiful facility, upholding the high service standards that reflect the hallmarks of Laurance and Mary Rockefeller and their legacy.”

-Werner Graef, President and General Manager, Woodstock Inn

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NVRH: Addition & Alterations
November 29, 2011

NVRH: Addition & Alterations

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Northeastern Vermont Regional Hospital: Addition & Alterations

St. Johnsbury, Vermont

Project Type: Health Care

H.P. Cummings Construction Company proudly served as the Construction Manager for the Northeastern Vermont Regional Hospital – Addition and Alterations project. In collaboration with Fleck & Lewis Architects as the architect and Northeastern Vermont Regional Hospital as the owner, we undertook a comprehensive endeavor that included stormwater retention and a two-story addition to accommodate the Radiology and IT Departments.

The project began with the construction of a new addition spanning 19,551 square feet, providing much-needed space for the Radiology and IT Departments. This addition was meticulously designed and executed to seamlessly integrate with the existing hospital facility, ensuring a cohesive and functional layout. Following the completion of the new addition, our team embarked on a multi-phased interior renovation project, which included the creation of dedicated space for the Day Surgery department.

The scope of work encompassed a total of 15,596 square feet of interior alterations, transforming existing areas to meet the evolving needs of the hospital. With careful planning and execution, our team successfully created functional and modern spaces that enhance patient care and support the hospital’s operations.

Throughout the project, we prioritized the highest standards of construction quality, ensuring that every aspect of the addition and alterations met the hospital’s specific requirements and regulations. Our commitment to delivering exceptional results is reflected in the seamless integration of the new addition with the existing facility and the successful completion of the interior renovations.

The collaborative efforts of H.P. Cummings Construction Company, Fleck & Lewis Architects, and Northeastern Vermont Regional Hospital have resulted in the successful realization of the Northeastern Vermont Regional Hospital – Addition and Alterations project. This project stands as a testament to our dedication to delivering excellence in construction, creating spaces that enhance healthcare delivery, and contributing to the well-being of the community we serve.

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Cathedral Square: Housing Renovations
March 23, 2011

Cathedral Square: Housing Renovations

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Cathedral Square Housing Renovations

Burlington, Vermont

Project Type: Housing

H.P. Cummings Construction Company, in collaboration with Cathedral Square Corporation and Duncan Wisniewski Architects, renovations were undertaken at Cathedral Square in 2010. The project primarily focused on energy-saving upgrades, including the installation of new windows, as well as general improvements such as kitchen replacements, upgrades to heating zones, enhancements to circulation spaces, and the addition of photovoltaics on the roof.

To facilitate the renovation process, blocks of 3 to 4 units, totaling 91 units, were made available for the contractor’s use. It is noteworthy that H.P. Cummings had originally constructed the 10-story housing project in 1979, adding historical significance to their involvement in the subsequent renovations at Cathedral Square.

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