Title: Ms. Diane Whitney
1Ms. Diane Whitney
2Status of DESCs Occupational Health Program
- DESC Americas West
- Quality Conference
-
- April 15-19, 2002
3Overview
- DESC Directors Policy Statement
- Revisions to Existing DESC Policies
- Employee Exposure Data Collection
- Photo-Ionization Detectors (PIDs)
- Atmospheric Monitoring Equipment
- QR Medical Surveillance Program
- Safety Equipment/Checklist
4Why Have a Safety Program?DESC Safety Program
Goals
- DESC Directors commitment to safety and
occupational health.
5DIRECTOR'S POLICY STATEMENT
- I am committed to a strong accident
prevention and occupational health program. I
call on everyone in the Defense Energy Support
Center to make the same commitment. It is
important for all managers and supervisors to set
an example regarding fire protection, safety and
occupational health programs. When we take
responsibility for our actions, our safety goals
are naturally achieved. - Accidents are preventable, and we must
take action to prevent them. All supervisors are
expected to demonstrate concern for employees
safety and take steps to provide a healthful
workplace. To accomplish this goal, all DESC
employees must comply with DLA and DESC safety
polices and procedures for reporting unsafe
conditions and actions, timely submission of
occupational injuries or illness reports, and
participation in supervisory and employee safety
training. A full and successful implementation
of the DESC safety program will result in reduced
occupational injuries and illnesses, reduced
accident related costs and increased
productivity. -
Jeffrey A. Jones
6Safety Policies and Training Programs
- Contractor to review DESC safety training
programs and written plans/policies. - Easier to read and reference
- Condensed version of federally mandated
regulations. - Training Plan completed 02/08/02 waiting for
review by union and then DESC Directors
approval. - Written Plans 2nd Draft Revision received
02/26/02. - Future Availability on the WEB?
7Exposure Data and PIDs
- DESC continues to conduct research of confined
spaces and respiratory protection. -
- Preliminary Review of Photo Ionization
- Detectors Results.
- Organic Vapor Monitoring Badges for
- Benzene.
8(No Transcript)
9Observation
- In the past oversight of confined space
activities indicated that tests for Oxygen and
Flammable Gas content were adequately performed,
but very seldom was a test for toxic contaminants
performed. - In addition, no records of test results for
exposures to toxic contaminants were available,
and a TWA for exposures was not determined.
10Possible Toxic Contaminants in the Workplace
- VOCS
- JP-8
- JP-5
- Most refiners have suggested exposure levels for
these fuels of 100 ppm JP-8 MSDS - Ethyl Benzene JP-8 MSDS
- Ethanol JP-8 MSDS
- Toluene Suspected
11Action
- With the advent of improved photo- ionization
detector (PID) technology, monitoring of the
workplace for VOCS became possible at an
affordable cost. - The decision was made to have QSRS use the PID
to monitor their VOC exposures during inspection
activities!
12Advantages of Photo Ionization Detector
- Will monitor exposures throughout a space
- Will monitor 99 of the possible workplace
contaminants - Will give Peak Exposures
- Will give running time
- Small, very portable
- Low maintenance
- Will give a Time Weighted Average (TWA)
- Accuracy /- 2 ppm
13QSR Activities that indicate a need for PID
Monitoring
- Inspection of Ship Tanks
- Laboratory Activities
- Inspection of Land Storage Tanks
- Work around loading facilities
- Mixing of Fuel Additives
- Deck level exposures during tanker loading
- Rail Car / Truck Loading
- Other activities where there is a possibility of
toxic contaminants being emitted
14Activities Participating in Data Collection
DESC Pacific (Korea and Anchorage) (3) DESC
Europe (DFSP Speyer and LAB (1) DESC Liverno
(2) DESC London (10) DFSP Houston (2) DFSP
Charleston (2) DFSP Tampa (10) DFSP San Pedro (0)
15Observation
- Based on this information informed decisions on
the following should be possible - Are the correct tests for toxic contaminants
being performed. - Are DESC Confined Space and Respiratory
Protection Policies adequate. - Is Respiratory Protection necessary. If so, what
type. - Is medical surveillance adequate
16What would we like to find?
- JP-8 / JP-5 Exposures
- TWA less than 50 ppm, action level (margin of
safety) - If less than 50 ppm, OK for Ethyl Benzene,
Toluene, JP-5, JP-8 - TWA less than 100 ppm Exxon recommendation, OK
for JP-5, JP-8 - Peaks less than 150 ppm, OK for Acute Exposures
17Preliminary PID Test Results
- Activity Peak
- Tank Gauge 239-104 ppm
- Laboratory ? 90 ppm
- Shore Tank 287-73 ppm
- Barge Discharge 13 ppm
- Tanker Discharge 8.9 ppm
- Rail Car 162-102 ppm
- Truck Loading 104-76 ppm
- TWA (All Activities) lt 1ppm
- TWA OK Chronic Exposures
- Peaks Some unacceptable, more evaluation needed.
18Preliminary Conclusions
- Based on TWAS obtained thus far Chronic Health
Issues to VOCS do not seem to be a problem. - Rail Car, Truck Loading and Laboratory peak
exposures exceeded acceptable levels in some
cases, but changing work habits should reduce
these hazards.
19Conclusion
- Purchase and Training of QSRS on PIDS began in
late November 2000 and was completed in April,
2001. - By the last quarter of 2001 enough data was
available to make informed evaluations of QSR
exposure levels to VOCS. - Some locations have not participated in the
program. Full participation is required!!
20Organic Vapor Monitoring
- December 2001, Fifty Organic Vapor Monitoring
Badges were distributed to various locations in
the CONUS and OCOUS. - Problems encountered by the laboratory performing
the analysis - Contamination monitor was received uncapped.
- No user identification
- Loss of exposure data
21Atmospheric MonitoringEquipment
- MultiRAE Low Level Hydrocarbon Monitor
- Only instrument that can offer protection using
both standard gas detection sensors for the
detection of oxygen, combustible gas, CO and H2S,
as well as integrated PID for the ultimate
broad-range toxic gas detection. - Versatile quick and easily changed from a
sophisticated technician instrument to a simple
text or display only monitor. - Same monitor can be used a personal monitor, a
hand-held sniffer or as a continuous operational
area monitor.
22Atmospheric Monitoring Equipment
- 3 Year Warranty Service Package
- Twice a year scheduled maintenance by authorized
factory/dealer. - Cost 5680.00
- Number of Units 38
- Total expenditure 250,000.00
23Medical Surveillance Program
- Annual Physical Examinations are required for
all QSRs. - DESC Policy, DESC-FQ 00-01, dated March 21,
2000 issued. - Federal Occupational Health is being recommended
to conduct Annual Medical Exams. (Ann Sielaty) - Commanders/Deputy Commanders are ultimately
responsible for over site. - Quality Managers need to develop a system to
track medical exams.
24QSR Safety Equipment
- DESC Policy FQ-99-02
- PPE Authorized for Issue includes
- Coveralls, Nomex
- Gloves, butyl rubber
- Gloves, leather
- Hard Hat (safety)
- Safety Shoes, non-sparking, steel-toe
- Goggles, impact resistant or eyeglasses
- Eyeglasses (prescription), industrial
25Safety Equipment Contd
- Goggles, chemical splash
- Aural protector (earmuffs)
- Flashlight (explosion proof)
- Gloves, disposable surgical (lab)
- Half-face Organic Vapor Respirators
- Multi-Rae or equivalent testing equipment.
26Safety Equipment
- Foul/Cold Weather Gear - authorized by the DESC
Region Commander - Goggles, sun, wind, dust
- Sunglasses, safety, general purpose
- Sunglasses, safety prescription
- Foul (wet) weather gear
- Rubber (steel towed) knee high rain boots
- Cold weather gear
- Gloves, cold weather
27Use of Safety Equipment
- QM shall ensure QSR personnel are issued and
wearing equipment. - DESC Safety Equipment Checklist will be used to
verify equipment issued. - Verification shall be done twice a year and
certified by the Commander. - DESC-FQ (Safety) will verify documentation during
annual inspections or unannounced data call.
28Questionsand Answers