I²SL Best Practices

Best Practice Guides and Technical Bulletins provide information on the design, construction, and operation of specific technologies that contribute to energy efficiency and sustainability in laboratories. The guides include information from actual implementation of these technologies in various laboratory facilities by highlighting quantifiable performance goals and possible methods to achieve them.

• I²SL Best Practices Guide: Decarbonizing Laboratories: A Primer
• Technical Bulletin: Retro-Commissioning Laboratories for Energy Efficiency
• Technical Bulletin: Expanded Polystyrene Use in Laboratories
• I²SL Best Practices Guide: Financing Options for Energy Efficiency and Renewable Energy Projects
• I²SL Best Practices Guide: Laboratory Resilience
• I²SL Best Practices Guide: Water Efficiency in Laboratories
• I²SL Best Practices Guide: Principles for Building Automation Systems in Laboratory Facilities
• I²SL Best Practices Guide: Designing and Operating Sustainable Laboratory Exhaust Systems
• I²SL Best Practices Guide: Manifolding Laboratory Exhaust Systems
• I²SL Best Practices Guide: An Introduction to Low-Energy Laboratory Design
• I²SL Best Practices Guide: Energy Savings with Demand Based Control
• I²SL Best Practices Guide: Benchmarking Energy Efficiency in Laboratories
• I²SL Best Practices Guide: Daylighting in Laboratories
• I²SL Best Practices Guide: Predictive Maintenance Using Automatic Fault Detection and Diagnostics
• I²SL Best Practices Guide: Energy Efficiency Projects and Principal Investigators
• I²SL Best Practices Guide: Low-Pressure-Drop HVAC Design for Laboratories
• Evaluating Laboratory Design: National Institutes of Health Building 50
• Laboratory Guidelines Using ASHRAE 90.1—2019 Appendix G (Updated!)
• Chemical Fume Hood and Laboratory Ventilation: Operation, Design and Performance Testing
• Energy Recovery in Laboratory Facilities Updated June 2012
• Chilled Beams
• Optimizing Laboratory Ventilation Rates
• Minimizing Reheat Energy Use in Laboratories
• Right-Sizing Laboratory Equipment Loads
• Onsite Power Systems for Laboratories
• Efficient Electric Lighting in Laboratories
• Laboratory Centralized Demand Controlled Ventilation System Increases Energy Efficiency in Pilot Study
  
• System Static Pressure Optimization

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