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Listings of Programs and Services
EHS provides the following programs and services. Click on a title to
see a description of that program or service:
Workplace Safety Programs
Chemical and Laboratory
Safety Programs
Radiation Safety Programs
Biological Safety and Sanitation
Programs
Descriptions of Programs &
Services
Workplace Safety
Accident Investigation
Accidents occur when hazards escape detection during preventive measures,
such as a job or process safety analysis, when hazards are not obvious,
or as the result of combinations of circumstances that were difficult
to foresee. A thorough accident investigation may identify previously
overlooked physical, environmental, or process hazards, the need for new
or more extensive safety training, or unsafe work practices. All accidents
should be investigated. The depth and complexity of the investigation
will vary with the circumstances and seriousness of the accident.
The Safety Engineer offers consultation, assistance, and training in
conducting accident investigations. For more detailed information, see
the Princeton University Health and Safety Guide, Section
A2, Accident Investigation Procedure.
Contacts:
1. General Information – Greg
Cantrell at 258-5849
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Asbestos
Asbestos was added to a variety of building materials, including some
acoustical materials, vinyl floor tiles, ceiling tiles, decorative spray
coatings, thermal system insulation, and roofing materials. Such building
materials installed prior to 1980 are presumed to contain asbestos unless
testing proves otherwise. When left intact and undisturbed, these materials
do not pose a health risk to building occupants.
EHS offers services for identifying asbestos-containing materials prior
to construction activities which may disturb asbestos, air sampling in
areas where friable (easily crumbled by hand pressure) asbestos is known
to exist, and personal and area air sampling where there is a potential
for exposure exists. We also offer Asbestos Awareness Training for employees
who may come in contact with asbestos- containing materials as part of
their job (e.g., maintenance workers, Building Services employees, etc.).
For more information, see the Princeton University Health and Safety Guide,
Section B12, Asbestos in University
Buildings.
Contacts:
1. Asbestos identification, surveillance, project monitoring –Joan
Hutzly at 258-6251, Robin
Izzo at 258-6259, or Garth
Walters at 258-6258
2. Asbestos Awareness Training - Robin
Izzo, 258-6259
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Back Care and Material
Handling
Back pain and injuries related to lifting and material handling are some
of the most frequent types of injuries, both on and off the job. While
some factors that contribute to the potential for injury cannot be controlled,
others can be reduced or minimized. Poor physical fitness, obesity, smoking,
poor posture, and medical/physical deficiencies are personal factors that
may contribute to back pain. Workplace factors may include inadequate
workplace design, improper or defective material handling equipment, improper
manual or mechanical handling methods, and inadequate training. Investing
time in an effective Back Care Program
yields improved productivity, morale, and reduces potential lost work
time due to injury.
EHS offers services for identifying and evaluating material handling
hazards, selection of materials handling equipment, and employee training.
For more information, see the Princeton University Health and Safety Guide,
Section A7, Back Care Program.
Contacts:
1. General Information - Greg
Cantrell at 258-5849
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Computer
Workstations
Individuals who use computers for extended periods of time may experience
eye fatigue and pain or discomfort in the hands, wrists, arms, shoulders,
neck or back. This is usually caused by poor work habits, poor work station
design or improper use of computer
workstation components. In most cases, corrective measures are relatively
simple and inexpensive.
EHS offers services for evaluating computer workstations, providing guidance
on workstation setup and accessories, and employee training. For more
information, see the Princeton University Health and Safety Guide, Section
A4, Computer Workstations.
Contact:
1. General Information - Kelly
States at 258-2648
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Confined Spaces
Confined spaces are areas that are large enough to enter, have a restricted
means of entry or egress, and are not designed for continuous occupancy.
Examples of confined spaces include boilers, manholes, pits, and sewers.
Entry into confined spaces must be done in accordance with the federal
OSHA Confined Space standard.
The Safety Engineer offers services for identifying and evaluating confined
spaces, selecting appropriate protective materials and equipment, developing
required written programs and procedures, and employee training. For more
information, see the Princeton
University Health and Safety Guide, Section
B9, Confined Space Entry.
Contact:
1. General information - Kelly
States at 258-2648 or Greg
Cantrell at 258-5849
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Construction Safety
Construction can be defined as "work for construction, alteration,
and/or repair, including painting and decorating." Examples of activities
that could be classified as construction include building renovations,
excavation and trenching operations, painting, masonry, and certain activities
associated with building systems such as HVAC, plumbing, and electrical
supply.
Construction and renovation activities might be performed by either outside
contractors or University workers. Projects may be done exclusively by
one group or the other, or may be a collaborative effort. Because of these
differing arrangements, it often is unclear who is responsible for a given
situation, or who has the authority to ensure that safety and health regulations
are followed.
EHS offers services and training for identifying and evaluating construction
safety issues. For more detailed information, see the Princeton University
Health and Safety Guide,
Section B11, Construction and
Renovations, or Section B14, Projects Affecting Critical Services
in Science and Engineering Buildings. Project Managers might find the
Safety Guide for Project Managers useful
as well.
Contact:
1. General Information – Greg
Cantrell at 258-5849
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Cutting and Welding
Safety
Cutting and welding operations (commonly referred to as hot work) are
associated with machine shops, maintenance, and construction activities,
as well as certain laboratory-related activities, such as glass blowing
and torch soldering. Potential health, safety, and property hazards result
from the fumes, gases, sparks, hot metal and radiant energy produced during
hot work. Hot work equipment, which may produce high voltages or utilize
compressed gases, also requires special awareness and training on the
part of the worker to be used safely.
EHS offers services for identifying and evaluating hazards associated
with cutting and welding. For more detailed information, see the Princeton
University Health and Safety Guide, Section
B10, Cutting and Welding (Hot Work) Operations.
Contacts:
1. General Information – Greg
Cantrell at 258-5849
2. Exposure Monitoring - Robin
Izzo at 258-6259
3. Respiratory Protection questions – Robin
Izzo at 258-6259
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Electrical Safety-Related
Work Practices
Electrical Safety-Related Work Practices are intended to protect employees
from the hazards of working on or near exposed electrical circuits through
training, procedures such as lockout/tagout, and the use of appropriate
personal protective equipment. Occupations typically affected include
electrical and electronic engineers and technicians, electricians, mechanics,
painters, riggers, welders, and industrial machine operators.
EHS offers services for identifying and evaluating electrical hazards,
selection of personal protective equipment, and employee training. For
more information, see the Princeton University Health and Safety Guide,
Section B2, Electrical Safety
Related Work Practices.
Contact:
1. General information - Greg
Cantrell at 258-5849
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Fall Protection
When work is performed on elevated surfaces such as roofs, or during construction
activities, protection against falls frequently must be considered. Fall
arresting systems, which include lifelines, body harnesses, and other
associated equipment, are often used when fall hazards cannot be controlled
by railings, floors, nets, and other means. These systems are designed
to stop a free fall of up to six feet while limiting the forces imposed
on the wearer.
EHS offers services for identifying and evaluating fall protection issues,
and training in using fall protection systems. For more detailed information,
see the Princeton University Health and Safety Guide, Section
B7, Fall Protection.
Contact:
1. General Information and Training – Greg
Cantrell at 258-5849
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Forklift Safety (Powered
Industrial Trucks)
A powered industrial truck is any mobile, power-propelled truck used to
carry, push, pull, lift, stack, or tier materials. More commonly known
as forklifts, pallet trucks, rider trucks, fork trucks, or lift trucks,
they can be ridden or controlled by a walking operator. Powered industrial
trucks can have electric or combustion engines and can be designed for
a wide variety of applications.
EHS offers training in powered industrial truck safety, as well as services
for identifying or evaluating forklift safety issues.
Contact:
1. General Information and Training – Kelly
States at 258-2648
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Hoisting and Rigging Safety
The ability to safely move materials from one location to another is
a vital part of many activities at Princeton. Hoists are often used when
materials are too heavy or bulky to be safely moved manually. Because
hoists rely upon slings to hold their suspended loads, slings are the
most commonly used materials-handling apparatus.
In part because of the complex nature of the seemingly simple task of
lifting an object, an effective program is necessary to lift and move
heavy loads safely. EHS provides services for the identification and evaluation
of hoisting and lifting operations and provides training. For more detailed
information, see the Princeton University Health and Safety Guide, Section
B15, Hoisting and Rigging Safety.
Contact:
1. General Information – Greg
Cantrell at 258-5849
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Indoor Air Quality
Poor indoor air quality can create unhealthy conditions for individuals
exposed to such environments. There can be true indoor air quality hazards
when there are such things as chemical spills or leaks, mold and mildew
from damp or water-damaged fixtures, conditions of heavy dust, and inadequate
or malfunctioning ventilation. There are also a multitude of symptoms
and allergic reactions that have been suggested to result from poor indoor
air quality that may or may not be related. Addressing indoor air quality
issues is not an exact science, and it can be difficult, if not impossible,
to identify what an individual perceives as affecting them in their indoor
environment. The investigation of indoor air quality situations is most
often based on finding visual conditions or mechanical malfunctions that
are creating a potential hazard.
EHS provides investigation and response services to indoor air quality
concerns and odors that develop indoors.
Contacts:
1. General information or indoor air concern – Don
Robasser at 258-6256
2. Ventilation malfunction or inadequacy – Grounds
and Building Maintenance 258-3423
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Ladder Safety
Portable ladders are used in a wide variety of settings, both academic
and administrative. Misuse of portable ladders can result in serious injuries
from falls or, in the case of metal ladders, electrical shock. Portable
ladders must be maintained in good condition at all times, and inspected
at regular, frequent intervals. Training is also an important aspect of
portable ladder safety and accident prevention.
EHS provides training and services related to the safe use of ladders.
For more detailed information, see the Princeton University Health and
Safety Guide, Section B8, Portable
Ladder Safety, or the Portable Ladder Advisory.
Contact:
1. General Information – Greg
Cantrell at 258-5849 or Kelly
States at 258-2648
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Lead Paint
Exposure to lead in the environment can result from exposure to sources
such as lead-based paint, water, soil, and industrial sources. Lead enters
the body through ingestion of paint chips, paint dust, contaminated soil,
or water or through inhalation of lead dust. The most common source of
exposure is likely to be from leaded paint or dust in those cases where
the paint is in poor condition, the dust is created by construction or
maintenance activities, or where painted surfaces rub against each other
under normal use, such as with casement windows. Those at greatest risk
from such exposures are children six years old and younger and pregnant
women. Because leaded paint has not been used for many years in University
facilities, only old paint under several layers that is exposed through
poor conditions or activities noted above is a potential exposure hazard.
EHS provides review and consultation regarding potential lead exposure
conditions and can be consulted when there is a lead paint concern.
Contacts:
1. General information or exposure concern – Don
Robasser at 258-6256
2. Information on lead paint in housing units – Housing
at 258-3127
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Lockout/Tagout
Lockout/tagout procedures are intended to prevent the unexpected startup
of machines or equipment during servicing or maintenance. Hazardous energy
sources are controlled as employees follow procedures requiring the application
of a lockout/tagout device, in accordance with the federal
OSHA Lockout/Tagout standard.
EHS offers services for identifying machines or equipment where lockout/tagout
must be used, developing required written programs and procedures, and
employee training. For more detailed information, see the Princeton University
Health and Safety Guide, Section
B3, Lockout/Tagout.
Contact:
1. General information - Greg
Cantrell at 258-5849 or Kelly
States at 258-2648
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Noise and Hearing Conservation
Exposure to loud and prolonged noise can damage hearing. Employees who
are exposed to a time weighted average (sound levels averaged over an
8 hour day) of 85 decibels (dB) or more must be included in the Princeton
University Hearing Conservation Program, in accordance with the federal
OSHA Noise Standard. Employees in this program must attend training and
have their hearing tested by Occupational Medicine annually. Periodic
noise monitoring of noise-producing equipment and personal exposure is
performed by EHS. For more information, see the Princeton University Health
and Safety Guide, Section B5,
Noise and Hearing Conservation.
There are noise sources at the University which do not pose a health
hazard, but are nonetheless a source of annoyance. While EHS may take
measurements or provide other consultative services in these instances,
it is not the purpose of the Hearing Conservation Program to deal with
such situations.
Contacts:
1. Noise measurements, training, and general questions – Robin
Izzo, 258-6259
2. Hearing testing - Occupational
Medicine, 258-5035
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Personal Protective Equipment
Personal protective equipment (PPE) includes all types of equipment used
to increase individual safety while performing potentially hazardous tasks.
The may include safety glasses, hard hats, gloves, lab coats, respirators,
or any equipment used to protect against injury or illness.
EHS offers services for the evaluation of potential workplace hazards,
selection of personal protective equipment, and employee training. For
more detailed information, see the Princeton University Health and Safety
Guide, Section B4, Personal
Protective Equipment.
Contact:
General information - Greg
Cantrell at 258-5849 or Kelly
States at 258-2648
Respirators – Joan Hutzly
at 258-6251
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Scaffolding Safety
A scaffold is any temporary elevated or suspended work platform, and its
supporting structure, used for supporting workers and/or materials. These
fall into two broad categories, supported scaffolds and suspension scaffolds,
and often find wide use during construction and renovation projects. Frequently,
issues such as the scaffolds construction and use, fall protection, and
the protection of other from falling objects, must be considered.
EHS provides services for the identification and evaluation of safety
issues surrounding the use of scaffolds, and provides basic scaffolding
safety training.
Contact:
1. General Information – Greg
Cantrell at 258-5849
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Chemical and Laboratory
Safety
Chemical Waste Disposal
EHS administers the program to manage and dispose of wastes contaminated
with hazardous materials. For more detailed information, refer to the
EHS Hazardous Waste Disposal page,
the EHS Radioactive Waste Disposal
page or the University Health and Safety Guide, Section
C6, Chemical Waste Disposal.
Contacts:
1. General Information - Steve
Elwood at 258-6271 or Robin
Izzo at 258-6259
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Hazard Communication Program
The purpose of the Hazard Communication Program is to ensure all University
employees are informed about the identity and hazards of the chemicals
in their workplace and how to handle these chemicals safely. This program
applies to staff working in any area except laboratories. Laboratory workers
should refer to the Laboratory Safety
Program.
Each department is responsible for developing its own Hazard Communication
Program administered by the Departmental Safety Manager. The program includes
provisions for assuring chemicals are properly labeled as to their constituents
and hazards, obtaining and making available material safety data sheets
(MSDSs) for all hazardous materials, developing a written Hazard Communication
Program, and assuring all employees have received appropriate training.
For more detailed information, see the Princeton University Health and
Safety Guide, Section C2, Hazard
Communication.
See your departmental written program or the text of the OSHA
Hazard Communication Standard for additional information.
Contacts:
1. General Information or Training – Robin
Izzo at 258-6259
2. Department Specific Information - See your Departmental Safety Manager
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High School Students &
Minors in the Lab
Individuals under the age of 18 are subject to many restrictions on work
in a laboratory. Prior to hiring or inviting an underage person, the PI
must complete and submit a proposal for approval by EHS.
Contacts:
1. General Information - James Boehlert at 258-7882
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Laboratory Fume Hood Surveys
One of the primary safety devices in chemical laboratories is the fume
hood. A well-designed fume hood, when properly installed and maintained,
can provide a substantial degree of protection for the experimenter, provided
proper use and limitations are understood. Consult your departmental
Chemical Hygiene Plan for more information regarding fume hood use,
operation, maintenance, etc. EHS surveys each fume hood annually. Hood
users planning to work with a particularly hazardous material or, for
other reasons, desiring assistance in evaluating the suitability of a
fume hood for a particular use may consult with EHS.
Contacts:
1. General Information - Robin
Izzo at 258-6259 or Joan Hutzly
at 258-6251
2. Hood survey - Joan Hutzly
at 258-6251
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Laboratory Safety
The purpose of the Laboratory Safety Program is to ensure that laboratory
workers are informed about the hazards of chemicals in their workplace
and that they are protected from any chemical exposures that exceed allowable
levels. The standard applies to all science and engineering laboratories
at Princeton University.
Each department has appointed a Chemical Hygiene Officer responsible
for developing and implementing a Chemical Hygiene Plan. The written Plan
must be reviewed and updated annually. For more information, see the text
of the OSHA
Laboratory Standard or your departmental
Chemical Hygiene Plan. See also the Princeton University Health and
Safety Guide, Section C3, Laboratory
Standard and the Laboratory Safety Manual.
Contacts:
1. General Information - Robin
Izzo at 258-6259 or Kelly
States at 258-2648
2. Department Specific Information - Your Departmental Chemical Hygiene
Officer
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Laser Safety
The Laser Safety program applies to anyone using Class 3 or 4 lasers,
except laser pointers. Medium and high powered lasers are capable of causing
eye or skin injury or fire, and may pose hazards from high voltage, high
pressure, hazardous chemicals or radiation.
EHS provides Laser Safety Training
to all laser users and, upon request, conducts inspections and provides
advice about selection of eye protection, setting up a laser, and other
laser safety information. For more information, see the Princeton University
Health and Safety Guide, Section
E3, Laser Safety.
Contacts:
1. General information and training – Steve
Elwood at 258-6271 or Robin
Izzo at 258-6259
2. Eye examinations – Employee
Health, McCosh Health Center, 258-5035
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Respiratory Protection
The use of respirators at Princeton University is subject to prior review
and approval by EHS, per University policy. Anyone who believes that respiratory
protection is needed during the course of his or her work must notify
EHS. EHS will evaluate the potential hazards of the work and determine
if respiratory protection is necessary. Employees who require respiratory
protection will be enrolled in the Respiratory Protection Program, which
includes respirator selection, training and fit-testing, and medical assessment
of employee health, as required by the OSHA
Respiratory Protection Standard. For more information, see the Princeton
University Health and Safety Guide, Section
C4, Respiratory Protection.
Contacts:
1. Respiratory protection evaluation – Robin
Izzo at 258-6259
2. Training and Fit-Testing - Joan
Hutzly at 258-6251
3. Medical Exams – Employee
Health, McCosh Health Center at 258-5035
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Shipping Hazardous Materials
Hazardous materials must be shipped or transported in accordance with
state, federal or international transportation regulations. EHS provides
assistance to ensure that hazardous materials are packaged and shipped
to meet all regulatory requirements. A request to ship hazardous materials
can be submitted to EHS by completing the Shipping
Hazardous Materials Form.
Contacts:
1. General information – Steve
Elwood at 258-6271
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Radiation
Safety Training
Radioisotope Acquisition
and Authorization
For more information, see the Radiation
Safety: Radioisotope Purchases page, the Radiation
Safety: Authorizations page or the
Radiation Safety Manual for Laboratory Workers, Section 3.
Contacts:
1. General information – Sue
Dupre at 258-6252
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Radiation Monitoring Badges
and Bioassays
For more information, see the Radiation
Safety: Radiation Monitoring Badges page or the Radiation
Safety Manual for Laboratory Workers, Section 6.
Contacts:
1. General information– Sue
Dupre at 258-6252
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Laboratory Survey Meters
- registration, calibration, maintenance, use
For more information, see the Radiation
Safety Manual for Laboratory Workers, Section 5.
Contacts:
1. General information – Steve
Elwood at 258-6271
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Non-Ionizing Radiation
(microwave, radiofrequency, electromagnetic)
For more information, see the Health and Safety Guide, Section
E5, Electromagnetic Fields.
Contacts:
1. General information – Sue
Dupre at 258-6252
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Prenatal Counseling for
Radiation Workers
For more information, see the
Radiation Safety Manual for Laboratory Workers, Section 6.
Contacts:
1. General information – Sue
Dupre at 258-6252
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Radiation-Producing Equipment
For more information, see the Radiation
Safety: X-Ray Machines page or the
Radiation Safety Manual for Laboratory Workers, Section 9.
Contacts:
1. General information – Sue
Dupre at 258-6252
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Radiation Surveys
For more information about performing surveys, see the
Radiation Safety Manual for Laboratory Workers, Section 5. EHS is
responsible for performing routine laboratory contamination and radiation
level surveys, pre-maintenance surveys on equipment and facilities in
which radioactive materials have been used, decommissioning surveys in
radioisotope areas in which radioactive materials will no longer be used
or which have been vacated, and a variety of other special surveys.
Contacts:
1. General information – Sue
Dupre at 258-6252
2. To request a survey - Sue Dupre
at 258-6252 or Steve Elwood
at 258-6271
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Radioactive Material Transportation
Radioactive materials must be shipped or transported in accordance with
Nuclear Regulatory Commission requirements and state, federal or international
transportation regulations. EHS provides assistance to ensure that radioactive
materials are shipped to licensed institutions and authorized individuals
and that radioactive material packages and shipments meet all regulatory
requirements. For more detailed information, see the Radiation
Safety: Shipping Radioactive Materials page or the
Radiation Safety Manual for Laboratory Workers, Section 8. A request
to ship radioactive materials can be submitted to EHS by completing the
Shipping Hazardous Materials Form.
Contacts:
1. General information – Steve
Elwood at 258-6271 or Sue
Dupre at 258-6252
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Radioactive Waste
For more information, see the Radiation
Safety: Waste Disposal page or the
Radiation Safety Manual for Laboratory Workers, Section 7.
Contacts:
1. General information – Steve
Elwood at 258-6271
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Ultra-Violet Light Safety
For more information, see the Health and Safety Guide, Section
E4, Ultraviolet Light Safety.
Contacts:
1. General information – Sue
Dupre at 258-6252
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Biological
Safety and Sanitation Programs
Bloodborne Pathogens
Exposure to blood or other potentially infectious materials can pose a
risk of infection with bloodborne pathogens like Hepatitis B and HIV viruses.
For any employee who can reasonably be expected to have such exposure
as part of their job responsibilities, it is required that they be given
the appropriate training and offered the Hepatitis B vaccination.
Training is provided through an on-line interactive web-based program,
Protection
Against Bloodborne Pathogen, that concludes with the offer of Hepatitis
B vaccination and registration in the Bloodborne Pathogens Program.
EHS also provides assistance to departments with potentially exposed
employees in developing their Exposure
Control Plan as part of this Bloodborne Pathogens Program. For more
detailed information, see the Health
and Safety Guide, Section D1, Bloodborne Pathogens.
Contacts:
Don Robasser at 258-6256
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Foodborne Illness
Foodborne illness can happen if food is mishandled or contaminated and
is subsequently consumed by those who are susceptible. The typical symptoms
are gastroenteric, including nausea, vomiting, diarrhea, or stomach cramps.
Keep in mind that:
- similar symptoms can be the result of a variety of viral and flu-like
illnesses.
- foodborne illness symptoms do not always appear shortly after eating
a suspect food; illness may not be experienced for as long as 72 hours
after eating.
- groups or large numbers of individuals usually consume foods available
from campus sources; one or two illnesses identified following consumption
do not suggest illness from that food source.
However, it is important that illnesses suspected of being associated
with a common campus source be reported to EHS.
EHS provides review and investigation services for any reported illnesses
suspected to be from campus food sources and, as appropriate, works with
local and State health department officials when foodborne illness is
identified.
Contact:
1. General information or illness reporting – Don
Robasser at 258-6256
2. Medical Care - McCosh
Health Center at 258-3141 during business hours or 258-3139 after
hours
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Food Protection
The Food Protection Program is intended to ensure that sanitary practices
and procedures are in place and being followed for food handling activities.
This program supports the service of wholesome and safe foods to the campus
community and addresses the regulatory requirements of the State food
codes.
EHS provides inspection, consultation, and training services for management,
staff and students involved in food receiving, storage, preparation, and
service. EHS participates in plan review for new and renovated food service
facilities and investigates any reports of suspected foodborne illness.
An approval procedure is in place through Risk Management for acceptance
of outside caterers to provide food service on campus. For more information,
see the Princeton University Health and Safety Guide, Section
A11, Food Protection.
Contacts:
1. General Information – Don
Robasser at 258-6256
2. Caterer
Approval – Risk Management
at 258 3349 or 258-3078
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Insect and Rodent Control
Management of insect, rodent, and animal pests on campus is intended to
prevent the potential for injury, illness, or property damage that these
pests can cause.
An outside firm is contracted to provide the general insect and rodent
control services on campus. They provide monthly or more frequent service
to many University buildings to reduce or eliminate pest activity through
inspection, monitoring, and other abatement measures. Grounds and Building
Maintenance responds to animal control situations directly or with the
cooperation of the local animal control officer. EHS monitors the pest
control program, investigates unresolved pest control issues, and recommends
appropriate solutions to pest control situations. For more information,
see the Princeton University Health and Safety Guide, Section
A10, Pest Management.
Contacts:
1. General information and unresolved pest control problems –
Don Robasser at 258-6256
2. Pest control service – Building Services at 258-3490
3. Animal control – Grounds and Building Maintenance at 258-3423
4. Emergency animal control situations – Public Safety at 911
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Live Virus Worker Program
This program applies to persons who are working in the laboratory with
live viruses that are potentially infectious to humans. It is important
that the persons be fully informed of and accept the associated risks,
follow appropriate safety measures, and receive appropriate medical surveillance.
The Live Virus Worker Program provides a process by which the virus worker
can readily accomplish this.
For more information, see the Biosafety
Manual, Section II.C in the Biological Safety web site. See also the
Princeton University Health and Safety Guide, Section
D3, Live Virus Worker Program.
Contacts:
1. Information on Live Virus Worker Program - Don
Robasser at 258-6256
2. Medical Surveillance – Employee
Health at 258-5035
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Medical Waste and Sharps
Disposal
Procedures have been developed for the proper handling and disposal of
medical waste (biologically-contaminated materials) and sharps (i.e.,
needles/syringes, glass pipettes), and these procedures are posted in
each laboratory that generates these types of waste. For more information,
see the Biosafety
Manual, Section IV.F.
Contacts:
1. General information - Don
Robasser at 258-6256
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Swimming Pool Sanitation
The maintenance of good swimming pool sanitation and water quality is
essential for the health and safety of those using Dillon and DeNunzio
pool facilities. It is important that facilities be maintained clean,
provide healthy, safe, and monitored water chemistry, have the required
safety equipment provided and readily accessible, and ensure the necessary
supervision and lifeguard coverage. In meeting these parameters, University
pool facilities also comply with the requirements of the State Public
Recreational Bathing Code.
The Sanitarian provides inspection, consultation, and monitoring services
for the pool operations and works closely with the local health department
and the pool management staff to ensure compliance with State and local
pool codes.
Contacts:
1. General information – Don
Robasser at 258-6256
2. Pool operation – Bruce
Carney at 258-1801
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