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This document outlines sustainable design strategies that exceed DOE regulations and ASHRAE standards for energy performance in building projects. It adheres to the Energy Policy Act of 2005 and Executive Order 13423, emphasizing high-performance and sustainable buildings. Key features include reduced heat island effects, optimized site selection, water efficiency measures, enhanced energy performance, and innovative material selection. The project targets LEED v2.2 certification level Gold while implementing renewable energy strategies.
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Sustainability Regulations DOE final rule [10 CFR part 433] (30% better than ASHRAE) DOE Order 430.2b: Departmental Energy, Renewable Energy and Transportation Management EPAct 2005: Energy Policy Act of 2005 EO 13423: Executive Order 13423, Strengthening Federal Environmental, Energy, and Transportation Management of 2007 Memorandum of Understanding, Federal Leadership in High Performance and Sustainable Buildings EISA 2007: Energy Independence and Security Act of 2007
LEED v2.2: Predicted Results Certification Level = Gold 44 points(39 required) Sites 11 Water Efficiency 5 Energy & Atmosphere 7 Materials & Resources 6 Indoor Environmental Quality 11 Innovation 5
Sustainable Sites - Features • Proximity to 200 area main parking Lot • Site selected to optimize functionality (energy quad) • East West orientation • Reserved parking for LEV/FEV and EV charging stations N • Proximity to Pace bus route
Sustainable Sites - Features • Reduction of heat island effect by using reflective surfaces for hardscapes and roofs • Restore original habitat to the majority of the site and maximize open space • Storm water management and storm water quality (detention and rain gardens) • Light pollution reduction by efficient exterior lighting design N
Daylight and Transparency Skylight Toilets Seminar/breakout Lounge Conf. Room Main Lobby
Water Efficiency- Features High Efficiency Toilets: 1.28 GPF High Efficiency Urinals: ½ GPF urinals Low-Flow Lavatories (metering) = 0.25 gallons per use Low-Flow Shower = 1.5 GPM Low-Flow Kitchen Sink = 1.5 GPM
Energy and Atmosphere- Features Optimize energy performance Enhanced Commissioning Measurement and Verification – Enhanced Metering Energy efficient lighting design – Fluorescent and LED
Energy and Atmosphere- Features • High insulation R value walls, roofs, below-grade walls, slab • Low U factor and SHGC windows and skylights • High Efficiency Lighting with Daylighting Controls in certain areas • Occupancy sensors • Reduce exhaust and makeup airflow during unoccupied periods for laboratory spaces • Chilled water and hot water loop pressure reset • 38% better than ASHRAE
Energy and Atmosphere- Features • Fan wall unit air handling units • Building Automation system • Minimize static pressure • Heat recovery loop on fan exhaust • Low flow variable volume fume hoods with auto closing sashes • Flash steam heat recovery • Leadership in Energy Efficient Lab/Office Design
High Performance Lighting MOTION SENSORS & DIMMERS LED’s GREEN LIGHTING FLUORESCENT DAYLIGHTING
Material Selection Reclaimed Wood Paneling Recycled Glass Countertops Rapidly Renewable & Recyclable Ceiling Tile No Voc Paint Recycled Glass Tile Recycled Rubber Flooring Linoleum Recycled Wood Furniture Concrete