uc irvine smart labs webinar 06.24.10

Download UC Irvine Smart Labs Webinar 06.24.10

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Smart Labs Webinar highlighting energy efficiency retrofit and design features that can reduce building energy consumption by up to 50%.

TRANSCRIPT

  • 1. Welcome to the Webinar! We hope you are logged in properly, if you are having trouble call 949-824-5828We have your audio muted, so we cannot hear youWe can read your comments under the chat tab (conversation)If you have a question for the panel, instead of using the raising your hand button, use the chat tab and preface your comment with Question for PanelWe will take questions during the Q&A session

2. Smart Lab Buildings Marc Gomez, CIH, CSP, ARM, Interim Assistant Vice Chancellor, Facilities Management / Environmental Health & Safety Joel Azpuru, CIH, CSP, Industrial Hygiene Specialist, EH&SChris Abbamonto, CEM, LEED-AP, Campus Energy Manager,Facilities Management 3. University of California, IrvineLarge research university$16M annual utilities budgetLab buildings consume 2/3 of campus energy Many energy initiatives to reduce carbon footprint 4. Campus Energy $avings Team SynergySafety Engineers ManagementSupportiveUsers/ResearchersVisionary & Supportive Upper PatienceFacilityManagementManagers 5. Agenda Smart Lab Overview Centralized Demand Controlled Ventilation Low Flow Fume Hoods Exhaust System Optimization Laboratory Smart Lighting Controls Smart Lab Case Study: Gross Hall Question and Answer Session 6. Balancing Lab Safety & Climate Safety Create lab buildings that out perform ASHRAE 90.1 / CA Title 24 by 50%Combine energy initiatives such as Centralized demand controlled ventilation (CDCV) Low flow (high performance) fume hoods Reduced building exhaust stack airspeeds Energy-efficient lighting 7. Smart Lab Building Concept Labs w/CDCV real time lab air monitoringBuilding Exhaust System 4 ach occupied 2 ach unoccupied Energy efficient lighting Labs with low flow fume hoods (as appropriate) 8. Smart Lab Parameters Current Best PracticeSmart Lab ParametersAir-handler/filtration airspeeds 400 ft/min. max350 ft/min. max Total system (supply + exhaust) pressure-drop 6 in. w.g.