MCB Camp Pendleton Hospital
Mechanical engineering provided for this new seven-story, hospital at Camp Pendleton. The design-build project was one of the largest Recovery Act endeavors within the Department of Defense. The replacement hospital includes a central utilities plant, emergency room, surface parking and a 1,500-space multi-level parking structure. Supporting facilities include inpatient services, ancillary departments, specialty care clinics, administrative services and a non-ambulatory center. Surgical, dental and intensive care services were also incorporated into the new facility.
Our engineering team was diligent in designing the most cost-effective and energy-efficient mechanical systems for the new hospital. Taking our experience in designing LEED-certified healthcare facilities, we estimate the mechanical systems will provide a total energy savings of 32.2%. This was accomplished through the design of high-efficient boilers with economizers, single pump package with variable speed drivers and a portion of the domestic hot water will be provided by a solar water heater. The designed high-efficient heat recovery chiller contributes 8% of the total energy savings. Additional energy savings include high-efficient chillers with low kW/ton, low E glazing. Digital controls on the supply and return-air terminal units maintain minimum air quantity required during unoccupied times allowing for lowering fan energy. Photovoltaic arrays were designed to receive a portion of the necessary energy from renewable source and the Green Roof minimizes the solar heat load to the building. LEED Gold certified.
Our engineering team was diligent in designing the most cost-effective and energy-efficient mechanical systems for the new hospital. Taking our experience in designing LEED-certified healthcare facilities, we estimate the mechanical systems will provide a total energy savings of 32.2%. This was accomplished through the design of high-efficient boilers with economizers, single pump package with variable speed drivers and a portion of the domestic hot water will be provided by a solar water heater. The designed high-efficient heat recovery chiller contributes 8% of the total energy savings. Additional energy savings include high-efficient chillers with low kW/ton, low E glazing. Digital controls on the supply and return-air terminal units maintain minimum air quantity required during unoccupied times allowing for lowering fan energy. Photovoltaic arrays were designed to receive a portion of the necessary energy from renewable source and the Green Roof minimizes the solar heat load to the building. LEED Gold certified.
Location:Oceanside, CA
Size:500,000-sf New
Cost:$394 million
Completion:2014
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