Technical Resources / The Baker Company / Biomedical Laboratories / Renewable Energy / Baker Laboratory / /
Country
United States / /
Currency
USD / /
Event
Product Issues / /
Facility
National Institute of Health / Building A / Baker Laboratory / The National Institute of Health / /
IndustryTerm
variable frequency drive technology / electricity / energy consumption / motor/blower technology / times more energy / overall energy / twophase systems / energy-saving features / energy requirements / facility exhaust systems / filter systems / energy-efficient equipment / energy/power consumption requirements / less energy / manufacturing / motor technology / energy savings / energy / /
Organization
National Institute of Health / More Sustainable and Energy-Efficient Total Exhaust Biological Safety Cabinet / U.S. Department of Energy / National Science Foundation / U.S. Environmental Protection Agency / Traditional Type B2 Cabinet / Energy-Efficient Total Exhaust Biological Safety Cabinet / /
Person
Robert Lloyd / Daniel Eagleson / / /
Position
conductor / BioChemGARD e3 motor controller / VFD motor controller / Laboratory Manager / /
Product
BioChemGARD e3 / air / /
Technology
motor/blower technology / motor technology / variable frequency drive technology / state-ofthe-art three-phase motor technology / /
V o l u m e 10 N u m b e r 2 Innovative Technologies Result in a More Sustainable and Energy-Efficient Total Exhaust Biological Safety Cabinet Robert Lloyd • Daniel Eagleson • Aaron Johnson