Committed to increasing energy efficiency and reducing negative impacts on our environment for future generations.
OUR SUSTAINABILITY GOALS
Environmentally responsible materials are increasingly important as we recognize scarce natural resources and the environmental damage that often results from the acquisition, manufacturing, and disposal of materials. To save energy in new and renovated building systems while protecting the environment, we incorporate salient design features in compliance with clients' preferred sustainable rating systems.
Welcome
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We have worked on 350+ projects with sustainable features.
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Alphatec understands and accommodates the LEED Certification process and Green Construction Code compliance, boasting 18 LEED level projects and 6 in-house LEED Accredited Professionals.
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Alphatec maintains a thorough understanding of Green Construction Code Compliance, USGBC LEED Compliance, integrated systems efficiency, building envelope enclosures, and regularly implements sustainability practices in our projects within the cost parameters.
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We are committed to incorporating sustainable principles in our designs to aid in the anticipated transition towards sustainable urban sites.
Alphatec never views sustainable design as an afterthought. Below, find out how we meet codes for some of our largest projects to save energy in new and renovated building systems, and protect the environment through salient design features per LEED checklist items:
Architectural
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Recovery and reuse of building materials in demolition and construction projects
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Use of recycled content building materials (such as gypsum board manufactured from flue gas precipitates, carpets, display boards and other products manufactured from recycled content)
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Solar orientation, Low E glazing for fenestration for thermal load reduction and use of overhangs & other shading devices
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Increasing thermal efficiency through insulation
Mechanical/Plumbing Systems
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Exceed ASHRAE 90.1-2007 energy efficiencies in designing projects for projecting least energy consumption
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Computerize simulation to optimize energy performance
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Eliminate use of CFC’s or halons
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Establish and adhere to energy budgets
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Use of economizer/heat recovery cycles
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IAQ design (ASHRAE 62.1-2007)
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Optimize control sequences
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Maximize water usage efficiency and reduce generation of wastewater
Electrical Systems
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Replacement of existing lighting system with energy conserving lighting systems, i.e. electronic ballasts & T8 lamping.
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IESNA footcandle levels control
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Zero direct beam illumination escapes from building.
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Use of motion detectors and light sensors
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Implementation of alternative load shedding schemes for reduced costs
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Use of variable frequency drives
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Use of generators compliant with EPA
OUR PROFESSIONALS
Our design team includes LEED AP BD+C, GPCP and GGP professionals having a thorough understanding of Green/sustainable design, as well as Certified Energy Manager (CEM) personnel specializing in energy conservation methods applied throughout all building systems and infrastructure.
