Risk analysis case study of enthalpy wheels for laboratory exhaust

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Johns Hopkins Ross Research Building: Designs Engineer’s Perspective
Challenges: Laboratory HVAC Design • High outdoor quantity of air (often 100%) • Large cooling/heating plant capacity requirements • Desire for redundant chiller and boiler capacity • Corresponding high energy and first cost • Need for tight temperature & humidity control • High humidification loads (non-boiler steam) • Optimize occupant safety within allocated Budget
Page 1 and 2: Labs for the 21 st Century Applying
Page 3 and 4: Johns Hopkins Ross Research Buildin
Page 6 and 7: Initial Risk Assessment Process:
Page 8 and 9: Maintenance Requirements • All wh
Page 12 and 13: Comparing Recovery Options Recovery
Page 14 and 15: Ross Building: Benefits Recognized
Page 16 and 17: Cooling Mode: Ross Building 455,000
Page 24 and 25: Ross Chiller/Boiler Reduction 3500
Page 26 and 27: Recovery Wheel Economic Summary Ene
Page 28: Background for Economic Analysis Mo
Page 31 and 32: Cross-contamination Test Results Jo
Page 33 and 34: Potential Sources for Carry-over of
Page 35 and 36: 3Å Angstrom Molecular Sieve Desicc
Page 37 and 38: Importance of the 3Å Molecular Sie
Page 39 and 40: Bacteria and Virus Carry-over • O
Page 41 and 42: Assessment Procedure • Assume wor
Page 43 and 44: Laboratory Systems Should be Commis
Page 45: Labs for the 21 st Century Applying

Risk analysis case study of enthalpy wheels for laboratory exhaust

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