Laboratory Equipment
Autoclave
(top)
Information
on effective sterilization and autoclave safety from Michigan State University ORCBS
Effective
Use of Autoclaves, UC-Davis, Environmental Health and Safety, Safety Net #26, May 2004
Autoclave
Purchasing Guide, Standards and Specifications for an Autoclave, Stanford University,
Environmental Health and Safety
Autoclaving
Guidelines for Biohazardous Waste, UCSD
Autoclave
Overview, UCSD
Autoclaving
Guidelines for Sterilization of Lab Equipment, UCSD
Biological Safety Cabinets (top)
Primary
Containment for Biohazards: Selection, Installation, and Use of Biological Safety Cabinets
, 2nd edition, CDC/NIH, 2000
Selecting A Biosafety Cabinet,
NuAire Guide
Blood Cell Counters (top)
Current Intellegence Bulletin 13- Explosive
Azide Hazard, NIOSH, 1976
Cell Sorters
(Biosafety Issues) (top)
Biosafety
Guidelines for Sorting of Unfixed Cells , The International Society of Analytical
Cytology Biohazard Working Group, Cytometry 28:99-117 (1997) PDF file
Editorial
Introduction to Biosafety Guidelines for Sorting of Unfixed Cells, (PDF File)
Scripps Biohazard Review Form for Sorting
Applications
Centrifuge (top)
Centrifuge
Safety, Standard Operating Procedure, University of Nebraska, Lincoln, Environmental
Health and Safety, 7/2004
Beckman/Coulter
Rotor Safety Guide
Sorvall Rotor Care
Guide, posted by Cornell University
Carleton University
Centrifuge Safety Manual, Environmental Health and Safety Services, September 2003
School of Chemistry, University of Bristol, Risk Assessment: Use of Laboratory
Centrifuges, Especially High Speed, Superspeed and Ultracentrifuges in Chemistry
Laboratories
Instruction
Manual for Microcentrifuge Z233 M2, National Labnet Company, Woodbridge, NJ (pdf file)
The Office of Environment, Health and Safety, University of California, Berkley,
factsheet: Ultracentrifuges:
Hazards and Precautions
Centrifuge and Rotor Safety Guide,
Stony Brook University, Enviornmental Health and Safety
The Howard Hughes Medical Institute has a 9 minute video on
Centrifugation Hazards which may be ordered online at no charge.
Chemical Fume Hoods (top)
AIHA Laboratory Health and Safety Committee Links
Chemical
Fume Hood Handbook, Northwestern University, Office of Research Safety
Cold Rooms (top)
Stanford University Cold Room Work Practices, Stanford University, Environmental Health and Safety
Mold Control at MSU: Walk in Refrigeration Units
Cryostat (top)
Cryostat and Cryostat Maintenance, ABCs of Safe
Practice, Ellis and Perry 2001
Dewar Liquid
Nitrogen (top)
SPI Liquid Nitrogen Dewars and Accessories
Distillation (top)
Distillations
and Extractions, University Of California Santa Barbara
Doors (top)
Closing the Door on Lab Safety Hazards, SUNY Stony Brook
Electron
Microscopy (top)
Electron Microscope Radiation
Safety Training, University of Pennsylvania EHRS
Scanning Electron Microscope,
Purdue University, Physical Facilities
Electron Microscopy Sciences has a
technical data sheet entitled, Safety Precautions
in the Electron Microscopy Lab.
Electrophoresis (top)
Electrophoresis Safety Standard
Operating Procedures, University Nebraska, Lincoln, Environmental Health and Safety
The UC Berkley, Office of Environment, Health
and Safety, Electrophoresis
Eauipment: Guidelines for Safe Use, February 2004
Electrical Shock from Electrophoresis Unit
Eyewash and
Safety Showers (top)
Standard Interpertations: ANSI Z358.1 guidance for complying with 1910.151(c) citation policy for eyewashes and showers,OSHA
Emergency Eyewash and Shower Testing,
UC-Davis, Environmental Health and Safety, Safetynet #66, February 2003
Flammable
Storage Cabinet (top)
To
Vent or Not To Vent? Northwestern Research Safety News
Flammable Storage Cabinet prevents ignition of flammable solvents
Gas Chromatograph
Carbon Disulfide Fire
Gas Regulators (top)
Gas Regulators, by Rob
Toreki ILPI
Glassware (top),
Ground
Glass and Glassware Cleaning Safety, Univeristy of Nebraska, Lincoln, Environmental
Health and Safety, 3/2002
Heating Devices (top)
Hot
Plates, Drying Ovens and Other Heating Devices, University of Nebraska-Lincoln,
Environmental Health and Safety, March 2002
Homogenizers (top)
Omni
aerosol-sealed homogenizers
Lasers (top)
AIHA Laboratory Safety Committee Laser Safety Page
Electrical Shock from Laser Power Supply
Microtome (top)
Microtome
Safety - Safe Operating Procedures, University of Nebraska - Lincoln, Environmental
Health and Safety, 9/2002
Microwave Ovens (top)
Interpretation: Applicable OSHA standards and safety considerations for microwave device use in a laboratory, OSHA
Chemical Laboratory Microwave Safety, The Analytical Sample Preparation and Microwave Chemistry Center at Duquesne University
NMR Spectrophotometers (top)
Magnet
Safety Guidelines for UCSD Researchers, March 2005
NMR Safety, New
Mexico State University Department of Chemistry
Magnetic Resonance Imaging Safety Program, UPMC
Health System
Weizmann Institute of Science High Resolution NMR Facility, Safety
MRI Liquid Nitrogen Asphyxiation Incident
University of Cambridge, Safety Information, Risk assessment for NMR rooms
belonging to the Dept. of Biochemistry and CCMR NMR Facility December 2000
Refrigerators
and Freezers (top)
Use of Refrigerators and Freezers,
UC-Davis, Environmental Health and Safety, Safetynet #31
See Incident, Lab Freezer Explodes
Rotary Evaporators (top)
Rotary Evaporator Safety, Penn State Department of Geosciences
Excerpt from 1995 NAS Prudent Practices on rotary evaporators
Safety Cans (top)
Understanding Safety Cans
Justrite Safety Cans
Solvent Stills (top)
Solvent
Purification in Academic Research Laboratories: A Comparison of Old and New Technologies.
(90) K. Dreger, Lawrence Livermore National Laboratory, Livermore, CA; S. Pedersen,
University of California at Berkeley, Berkeley, CA. Powerpoint slideshow presented at the
2002 AIHCE
Standard Operating
Procedures: Quenching Solvent Drying Still Bottoms, Chemical Health and Safety
Accidents spark some
researchers to switch to safer method of purifying organic solvents, from May 20, 2002
Chemical and Engineering News (posted by Innovative Technologies)
Risk Assessment: Distilation of
Solvents, Bristol University, School of Chemistry
Sonicators (top)
Sonicator Safety, University
of Rochester, Environmental Health and Safety Unit, November 2004
Standards (top)
UL 61010A-1,
Electrical Equipment for Laboratory Use, Part 1, General Requirements
UL 61010A-2-051- Electrical
Equipment for Laboratory Use; Part 2: Particular Requirements for Laboratory Equipment for
Mixing and Stirring
Thermometers (top)
Mercury
Theremometer Replacement Information, Stanford University, Environmental Health and
Safety
Minimum/Maximum Thermometer
Information Sheet, UC-Davis, Environmental Health and Safety, Safety Net #103
Traps (top)
The
Best Traps Ever! Northwestern University, Office of Research Safety
Vacuum Trapping,
from the PrincetonUniversity Waste Paper
Cold Traps,
by Alvin B. Kaufman and Edwin N. Kaufman, Ohio State
University
UV Lights (top)
Position Paper on the Use of Ultraviolet Lights in Biological Safety Cabinets,American Biological Safety Association, Applied Biosafety, 11(4) pp. 228-230 © ABSA 2006
Standard Operating Procedures: Ultra violet Radiation Hazards, University of Pennsylvania, EHRS
Ultraviolet Radiation Exposure from UV-Transilluminators , Farhang Akbar-Khanzadeh; Mahdi Jahangir-Blourchian, Journal of Occupational and Environmental Hygiene, Volume 2, Issue 10 October 2005 , pages 493 - 496
Vacuum Systems (top)
Risk Assessment: Use of Reduced
Pressure or Vacuum, from the University of Bristol School of Chemistry Safety Manual.
Schlenk Lines and Vacuum LInes,
The Glassware Gallery
Vacuum Trapping, from the
PrincetonUniversity Waste Paper
Ventilated
Equipment (top)
Scientific Equipment and Furniture
Association (SEFA) has information about chemical hoods, glove boxes and other ventilated equipment. (balance enclosures, gas cabinets, chemical storage). Scroll down page to “Vented Enclosures / Vented Devices”
X-Ray Diffraction (top)
Howard Hughes Medical Institute has a 10
minute X-Ray Diffraction Safety Video which can be ordered online for no charge as
well as on-line laboratory safety training program, entitled Knowing How to Practice Safe Science ,
which includes a module on X-Ray Diffraction Hazards.
- Univ. of
Illinois Radiation Safety Tutorial A radiation safety for X-ray Diffraction users.
Produced by the University of Illinois, Champaign Urbana, Radiation Safety Office.
Hazards in the Use of
X-Ray Analytical Instrumentation (Acrobat PDF Document) This classic 1973 paper by
Jenkins and Haas is still a must-read for mitigation of XRD hazards in the lab.
Revision Date: 2/25/2008 http://www2.umdnj.edu/eohssweb/aiha/technical/labequipment.htm
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