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Learn & Plan Topics
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Water Efficiency
Buildings are significant users of the Earth’s potable water supply. The goal of a responsible building operator should be to encourage a smarter use of water, both inside and outside the facility. Indoor water use reduction is typically achieved through efficient plumbing fixtures, fittings, appliances and process equipment used to heat and cool the building; outdoor water use reduction efforts should focus on water-wise landscaping.
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Building Systems Upgrades
The following are Sustainable Strategies to consider as your space undergoes a building system upgrade to improve energy, water use and occupant comfort. Refer to the Share Section for a representative project Case Study to discover key practices, benefits, results and checklists.
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Sustainable Building Operations and Maintenance Services
Follow these sustainable strategies as your space renovations are complete and the building and interiors are operated in an environmentally sustainable manner. Operations staff should endeavor to establish best practices in energy efficiency, resource conservation, ecologically sensitive products, and other sustainable practices, and implement them.
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Materials, Furniture, and Furnishings Replacement
Daily wear and tear means that materials, furniture and furnishings require periodic replacement.
Whole Building Analysis
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Single Pass Cooling Equipment (Resources > Water)
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Cooling Tower (Resources > Water)
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Green Tips and Strategies (O&M > HVAC)
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WEc4.1 (Mandates / Rating Systems > HVAC)
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WEc4.2 (Mandates / Rating Systems > HVAC)
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WEc4.1 (Mandates / Rating Systems > Water)
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WEc4.2 (Mandates / Rating Systems > Water)
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CIEB (Mandates / Rating Systems > Water)
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Water Use (Resources > HVAC)
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Green Tips and Strategies (O&M > HVAC)
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Example Questions (Mandates / Rating Systems > HVAC)
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Example Water-specific Questions from Green Globes New Construction (Mandates / Rating Systems > Water)
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Example Questions (Mandates / Rating Systems > IEQ)
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Example Questions (Mandates / Rating Systems > IEQ)
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Mechanical Engineer (Integrative Design Process > Lighting)
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Conservation Measures (Resources > Water)
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Corrosion and Water Quality (O&M > Water)
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System Adjustments (O&M > HVAC)
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Water Reuse and Recycling (Resources > Water)
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Green Tips (Resources > Water)
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Case4 (Financial > Water)
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LEED for Existing Buildings: Operations and Maintenance (2009) (Mandates / Rating Systems > Water)
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Mechanical Engineer (Integrative Design Process > HVAC)
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Lighting Engineer (Integrative Design Process > HVAC)
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System Specific Maintenance (O&M > HVAC)
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Green Globes Continual Improvement of Existing Buildings (CIEB) (Mandates / Rating Systems > HVAC)
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Mechanical Engineer (Integrative Design Process > Water)
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Green Globes New Construction (Mandates / Rating Systems > Water)
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Green Globes Continual Improvement of Existing Buildings (CIEB) (Mandates / Rating Systems > Water)
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Green Globes Continual Improvement of Existing Buildings (CIEB) (Mandates / Rating Systems > IEQ)
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Architect (Integrative Design Process > HVAC)
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HVAC Impact on Humans (Human Behavior > HVAC)
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System Overview (Water)
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Health (Human Behavior > Water)
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Leaks (O&M > Water)
Green Products
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Light Commercial Heating and Cooling
in HVAC/Mechanical -
Ice Machines: Air-Cooled
in Refrigeration & AC -
Ice Machines: Water-Cooled
in Refrigeration & AC -
Air-Cooled Chillers
in HVAC/Mechanical -
Water-Cooled Chillers
in HVAC/Mechanical -
Industrial Process Refrigeration Systems
in Refrigeration & AC -
Room Air Cleaners
in Refrigeration & AC -
Commercial Refrigerators: Glass Door
in Construction Materials -
Commercial Refrigerators: Glass Door
in Cafeteria Products -
Commercial Refrigerators: Glass Door
in Refrigeration & AC -
Commercial Refrigerators: Solid Door
in Construction Materials -
Commercial Refrigerators: Solid Door
in Cafeteria Products -
Commercial Refrigerators: Solid Door
in Refrigeration & AC -
Lab Grade Refrigerators
in Refrigeration & AC -
Lab Grade Freezers
in Refrigeration & AC -
Air-Source Heat Pumps
in HVAC/Mechanical -
Boilers, Consumer
in HVAC/Mechanical -
Chillers
in HVAC/Mechanical -
Commercial Heat Pumps
in HVAC/Mechanical -
Commercial Unitary Air Conditioners
in HVAC/Mechanical -
Electric Water Heaters
in HVAC/Mechanical -
Furnaces
in HVAC/Mechanical -
Gas Water Heaters
in HVAC/Mechanical -
Geothermal or Ground-Source Heat Pumps
in HVAC/Mechanical -
Heat Transfer
in HVAC/Mechanical -
Industrial Process Air Conditioning
in HVAC/Mechanical -
Non-Pressure Pipes
in HVAC/Mechanical -
Room Air Conditioning
in Appliances -
Room Air Conditioning
in HVAC/Mechanical -
Ventilating Fans
in HVAC/Mechanical -
Boilers, Commercial
in HVAC/Mechanical -
Central Air Conditioning
in HVAC/Mechanical -
Residential Water Heaters
in HVAC/Mechanical -
Commercial Water Heaters
in HVAC/Mechanical -
Non-Pressure Pipes: Concrete
in Construction Materials -
Non-Pressure Pipes: High-Density Polyethylene (HDPE)
in Construction Materials -
Non-Pressure Pipes: Polyvinyl Chloride (PVC)
in Construction Materials -
Non-Pressure Pipes: Steel
in Construction Materials -
Residential Water Heaters: Whole-Home Gas Tankless
in Construction Materials -
Residential Water Heaters: Whole-Home Gas Tankless
in Appliances -
Residential Water Heaters: Solar
in Construction Materials -
Residential Water Heaters: Solar
in Appliances -
Residential Water Heaters: Gas Condensing
in Construction Materials -
Residential Water Heaters: Gas Condensing
in Appliances -
Residential Water Heaters: Heat Pump
in Construction Materials -
Residential Water Heaters: Heat Pump
in Appliances -
Residential Water Heaters: High-Efficiency Gas Storage
in Construction Materials -
Residential Water Heaters: High-Efficiency Gas Storage
in Appliances -
Residential Water Heaters: Electric Resistance Storage Water Heaters
in Construction Materials -
Residential Water Heaters: Electric Resistance Storage Water Heaters
in Appliances