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Chapter 2 Industrial Hygiene Surveys and Survey Reports
General
Industrial hygiene (IH) surveys are conducted to accurately assess personnel exposures to
chemical, physical and biological agents in the workplace; to provide recommendations for
their reduction or elimination; recommend controls; and to recommend enrollment in
specific medical surveillance programs. Periodic workplace evaluations are made to assure
the effectiveness of the implemented controls and determine the need for continued
medical surveillance. If there is a significant production, process, material or control change
for a particular work operation, that operation must be reevaluated. The procedures in this
chapter, along with chapters 3, 4, and 5 should be followed to evaluate employee
exposures, determine compliance with standards regulating occupational exposures, and to
assess the effectiveness of controls. An exposure assessment strategy, detailed in Chapter
4, should be developed to define acceptable and unacceptable exposures as related to
exposure standards and guidelines.
NOTE: Bureau of Medicine and Surgery (BUMED) field industrial hygienists and other Navy
medicine occupational health personnel do not determine personnel exposures to
chemicals from an environmental source (except during spill events where first responder
safety is the primary medical concern (as specified in reference 2-1). See section 3.g., Areas
Specifically Excluded from IH Surveys, of this chapter for more information.
Definitions
a. Action Level (AL). One-half the 8-hour Time Weighted Average (TWA) value designated
as the Occupational Exposure Limit (OEL) unless a specific AL is established in an
Occupational Safety and Health Administration (OSHA) Permissible Exposure Limit (PEL)
adopted by the Navy (e.g., 60% of the OSHA standard for inorganic lead). The AL may
initiate the implementation of specific actions, such as periodic monitoring, training or
medical surveillance if specified by a Navy Safety and Occupational Health (SOH) or
OSHA standard.
b. Employee Exposure. Exposure that occurs without consideration of the use of personal
protective equipment (PPE).
c. Experienced Industrial Hygienist. For the purposes of this chapter, an experienced
industrial hygienist is a civil service General Schedule 0690 Series employee GS-12 and
above, or a military Industrial Hygiene Officer (IHO) (Medical Service Corps subspecialty
1861) Lieutenant (O-3) and above. Additionally, a Certified Industrial Hygienist (CIH®) is
considered experienced at any grade or rank.
d. Industrial Hygienist. Those professionals classified in the civil service as General
Schedule 0690 Series, or military IHO (Medical Service Corps subspecialty 1861).
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e. Occupational Exposure Limit (OEL). Limits established to protect workers from
workplace exposure to certain chemical substances or physical agents. An exposure
assessment cannot be made without an OEL.
f. Occupational Exposure Limits for Chemical Contaminants. It is recognized that OSHA
PELs may be less protective than exposure standards that reflect more recent medical
evidence and promulgated by reputable organizations devoted to occupational health.
Industrial hygienists are ethically bound to evaluate all recognized occupational health
risks and provide professional recommendations to minimize or eliminate those risks.
The Navy shall use the following hierarchy of OELs:
(1) OSHA PELs.
(2) Navy developed or adopted OELs. When both the Navy and OSHA have standards
applicable to a given situation, commands, activities, and units will use the more
stringent of the two.
(3) American Conference of Governmental Industrial Hygienists (ACGIH) Threshold Limit
Values® (TLVs) where OSHA PELs or Navy OELs do not exist. Use of TLVs represent
best practices, i.e., risk management goals to achieve using risk management
practices. When the OSHA PEL is less stringent, the ACGIH TLVs will be included in
reports of data to supplement the OSHA PEL and provide additional context to aid
the risk management process. However, the OSHA PEL remains the legally binding
standard.
(4) Nationally recognized IH best practices may be used to supplement the OEL
hierarchy. The industrial hygienist will use professional judgement to recommend
OEL guidelines, when appropriate, to aid the risk management process in a given
situation. Sources include but are not limited to:
(a) California Occupational Safety and Health Administration (Cal/OSHA) PELs.
(b) National Institute for Occupational Safety and Health (NIOSH) recommended
exposure limits (RELs) or risk management limits for carcinogens (RMLs-CA).
(c) Occupational Alliance for Risk Science (OARS) Workplace Environmental
Exposure Levels (WEELs).
For further guidance on the appropriate applications of OELs, Industrial Hygiene
Program Offices (IHPO) should contact their respective regional command or Navy and
Marine Corps Public Health Center (NMCPHC) for assistance.
g. Occupational Medical Surveillance (OMS). A system of programs to assist in either
assessing an individual's ability to perform specific job functions and tasks and/or to
assess and monitor employees exposed or potentially exposed to occupational
stressors. It is based on the systematic collection, analysis and evaluation of the data
necessary to assess an individual’s current state of health with respect to employment
requirements and to define the presence of disease patterns that may be associated
with exposure to chemical, biological and physical stressors in the workplace. The
various OMS exposure program assessments monitor individuals for adverse health
effects and determine the effectiveness of control measures. An OMS program includes
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the analysis of both individual health and aggregate surveillance data over time in order
to reduce or prevent occupational illness and injury.
h. OMS and Controls Criteria Based on the Navy OEL Hierarchy.
(1) The OSHA PEL is regulatory and the BUMED industrial hygienist lists required (vice
recommended) controls and medical surveillance. Medical surveillance is required
in accordance with the OSHA substance specific standards or for Tables Z-1, Z-2, and
Z-3 when an employee is exposed at or above the PEL for more than 30 days per
year. When the IHPO does not have sufficient sampling data to determine the 95
th
percentile, then one-half of the PEL (AL) will be used as the medical surveillance
criteria. IHPOs will prioritize sampling efforts to collect the additional samples
necessary to determine the 95
th
percentile and will then use the PEL as the criteria.
(2) TLVs are the required OEL when OSHA PELs are not available. The BUMED industrial
hygienist lists required (vice recommended) controls and medical surveillance.
Medical surveillance is required when an employee is exposed at or above the TLV
for more than 30 days per year.
(3) When the OSHA PEL is less stringent, the ACGIH TLVs will be included in reports of
data to supplement the OSHA PEL and provide additional context to aid the risk
management process. These exposure assessments should include the following
wording:
"An alternate OEL exists for this stressor (give alternate OEL). Whenever possible,
work to reduce exposures to this level through the use of engineering and work
practice controls. See Control Section for recommendations. Contact your IH
program office for assistance as needed."
Since these are supplemental, best practice OELs, the BUMED industrial hygienist
lists recommended (vice required) controls. OMS will be based on the OSHA PEL.
Recommending medical surveillance for exposures below the OSHA PEL or at the
supplemental TLV will be addressed on a case-by-case basis where situations may
require medical surveillance to protect workers (e.g., employee health effects at
lower concentrations), or where due to lack of data a 95
th
percentile of exposures
cannot be calculated, but professional judgement determines recommending OMS.
This decision will be made in consultation with the occupational medicine physician.
i. Shop Walk-through Survey Date. The date the walk-through survey is performed for a
particular shop.
j. Significant Hazard. A hazard is considered significant based on the level of harm it will
cause to workers in the occupational setting due to exposure level, route(s) of entry,
and/or frequency and duration of exposure. A significant hazard can be chemical,
physical, or biological. Industrial hygienists shall deem a hazard significant based on
acute and/or chronic effects. Common significant hazards can include:
(1) Inhalation and physical hazards that have an expanded OSHA health standard.
(2) Hazards that could reasonably exceed 10 percent of the OEL.
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(3) Corrosives.
(4) Quantifiable physical hazards such as noise.
(5) Blood and body fluids.
(6) Hazardous drugs.
(7) Have special notations such as:
(a) Carcinogen
(b) Ototoxin
(c) Reproductive/developmental designation
(d) Respiratory and/or dermal sensitizer
(e) Skin notation
k. Survey. A workplace evaluation to determine employee exposures to chemical,
biological and physical hazards and to recommend procedures for reducing or
eliminating those exposures. The following categories of IH surveys exist:
(1) Initial IH Survey. The first comprehensive survey of a workplace. A workplace will
have only one initial survey.
(2) Periodic Industrial Hygiene Survey (PIHS). Scheduled cyclic surveys following an
initial survey.
(3) Shop Specific Supplements to a Periodic Industrial Hygiene Survey (SPIHS). Shop
specific supplements are used for shop-specific evaluations that are reported
independently of the PIHS to ensure that all shops are evaluated at the required
frequency based on Defense Occupational Environmental Health Readiness System-
Industrial Hygiene (DOEHRS-IH) shop priorities.
(4) Other (Special) IH surveys. Surveys that focus on a specific hazard evaluation or
generated in response to a customer’s special request (e.g., indoor air quality
survey, illumination survey).
l. Survey Completion Date. The date the cover letter of the survey is signed out. This date
is used as the survey completion date for initial, periodic, shop specific supplements,
and special IH surveys for the purpose of metrics and determining periodic survey due
dates; and as the master schedule shop survey close date in DOEHRS-IH.
m. Work Operation/Process. A specific job, duty or function. In each work
operation/process, the location, ventilation, materials and equipment used should be
considered. For example, welding in a confined space is a different exposure situation
than in the open air. A work operation/process might include specific tasks.
For years, Navy IH Operations/Operation Codes (OPCODEs) have been used to denote
work operations and have been documented on IH sampling forms. These OPCODEs
were provided in tabular format as the Navy IH Operation Codes Dictionary. With the
advent and use of DOEHRS-IH, processes now need to be defined in two basic ways: a
user defined Process Name and the DOEHRS-IH Process Category/Common
Process/Process Method pick lists. DOEHRS-IH requires the choice of a Process Name for
each work operation. The Process Name is user defined and is what the user typically
sees. Since Process Name is user defined, care must be taken to use a business practice
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that ensures accurate and consistent Process Names are created. The DOEHRS-IH
Process Category/Common Process/Process Method pick lists are in the form of a three
tiered process pull down pick list. The DOEHRS-IH Process Methods from the pick list are
the equivalent of the old OPCODEs. It is very important that proper selections are made
from these DOEHRS-IH pick lists and that they are accurate and consistent for the
process under consideration in order to facilitate future data mining. A spreadsheet of
the entire DOEHRS-IH Process pick list is available on the NMCPHC DOEHRS-IH webpage.
While the old OPCODEs can be used in house by IH groups, the applicable DOEHRS-IH
Process Name and the Process Method picklist choice should be included on any
sampling forms in the Operation field.
n. Workplace.
(1) Command (major/parent). The entire unit, command or activity where a type of
work is performed, typically under one Unit Identification Code (UIC). Examples
include shipyards, fleet readiness centers (FRCs) and naval facilities (NAVFAC)
activities/public works centers. Workplace for afloat commands is defined as the
entire ship. In this chapter the term command will also be used generically for unit,
command or activity.
(2) Detachments. There may be instances where a local IHPO provides support to a
detachment (e.g., Construction Battalions) from a parent command that receives IH
services from a different IHPO (i.e., parent IHPO). The detachment may or may not
have a unique UIC from its parent command. Detachments should receive their IH
services and support from the nearest Navy IHPO that is within the Area of
Responsibility (AOR) in which the detachment is located. There may also be
instances in which IH services are needed to support DoD personnel that are
deployed on a rotational basis to a non-U.S. facility. In these instances, coordination
between services and development of a Memorandum of Agreement (MOA) may be
required in order to establish IH support requirements and responsibilities. The local
IHPO (providing support to a detachment), and the parent IHPO (that provides
support to the detachment’s parent command), should effectively communicate
and coordinate so that the detachment and personnel receive the necessary IH
support and so that necessary data is collected and correctly entered in to DOEHRS-
IH per section 3.h. below. The local IHPO shall be responsible for:
(a) Entering “detachment” data in to DOEHRS-IH
(b) Informing the detachment to provide a copy of their survey assessment reports,
exposure monitoring results, and medical surveillance recommendations to their
parent command
(c) Providing (upon request) a copy of survey assessment reports, exposure
monitoring results, and medical surveillance recommendations that have been
given to the supported command, to the IHPO that supports the detachment’s
parent command.
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o. Worksite. The shop, code or workcenter where a specific work operation/process is
performed within a workplace. In this chapter the term shop will also be used
generically for shop, code or workcenter.
Surveys
Workplace evaluations to identify and quantify health hazards are accomplished through IH
surveys and will be completed under the supervision of an experienced industrial hygienist.
IH technicians or exposure monitors (both military and civilian) may assist in the monitoring
portion of a survey as long as technical direction is provided by an industrial hygienist.
Under no circumstances will they independently conduct IH surveys, interpret IH data or
recommend control methods.
Copies of all technical assist visits and/or IH surveys shall also be forwarded to the
appropriate Regional IH by the cognizant BUMED activity or the carrier/tender IHO.
a. Initial IH Survey. Since all subsequent surveys will be compared to this survey, it is
critical that all aspects of the workplace are evaluated and findings are fully
documented.
(1) The initial walk-through survey gathers information for workplace characterization.
This typically includes documenting information for each shop in the command,
including:
(a) Based on best practices and requirements from references 2-2, 2-3, and 2-4:
1. Location information for work operations/processes, equipment and
controls, including shop diagrams, as needed.
2. Personnel assigned, including total number, number of males and females,
numbers by worker classification and numbers for each work
operations/process. Rosters need to be obtained from the shop so that
individual personnel can be associated to the particular shop and to the
specific processes within the shop, and to the particular Similar Exposure
Groups (SEGs).
3. Work operation/process descriptions, including tasks, work practices and
procedures, locations, frequencies and durations of the work
operations/processes, material and equipment usage, hazards involved,
controls used, number of personnel assigned and individual personnel
assigned to the specific processes.
4. Equipment descriptions for significant equipment used by the shop.
Associate any equipment to all work operations/processes.
5. Potential chemical hazards in the workplace that present significant risk,
including those used, stored, handled or produced, as well as a description of
how they are used, amount on hand, and estimated consumption rates. (The
command's Hazardous Materials Authorized Use List (HM AUL), as required
by reference 2-2, provides some of this information.) Also, specifically
identify hazards that are reproductive or developmental hazards,
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carcinogens, or ototoxins, as such. Associate any chemical hazards and
hazardous materials to any work operations/processes.
NOTE: Per references 2-2 and 2-3, industrial hygienists shall have access to a
copy of the authorized use list for the workplaces being surveyed.
6. Potential physical hazards (e.g., noise, ionizing and non-ionizing radiation,
ergonomic risks, temperature, vibration) in the workplace that present
significant risk, including a brief description of their source(s). Also,
specifically identify hazards that are reproductive or developmental hazards
or carcinogens, as such. Associate any physical hazards and sources to any
work operations/processes.
7. Biological/infectious agents (e.g., in laboratories) in the workplace that
present significant risk. Also, specifically identify hazards that are
reproductive or developmental hazards or carcinogens, as such. Associate
any biological hazards and sources to any work operations/processes.
8. Existing controls such as substitution, isolation, engineering controls,
administrative controls and PPE. Include evaluations of the controls’
effectiveness. Associate any controls to any work operations/processes and
specific hazards, as appropriate.
(b) Other information gathered, as appropriate:
1. Direct reading screening measurements for each shop or work area where
applicable.
2. Interviews with any employees reporting complaints, symptoms or related
safety and health problems.
3. Any other information necessary to accurately describe command and shop
conditions.
(2) Exposure assessments are to be performed and documented for all significant
hazards based on its health effects, likelihood of exposure, and regulatory
requirements. See the definition of significant hazards in section 2(i) for examples.
Exposure assessments are to be made by an industrial hygienist who is familiar with
the shops and work operations/processes being evaluated. Details on exposure
assessment can be found in chapter 4. Based on best practices and requirements
from references 2-2 and 2-3:
(a) Identify/Define SEGs. Definition of a SEG includes associating specific shops,
processes, hazards and personnel to the SEG.
(b) Characterize each SEGs exposure profile, estimating personal exposures using
qualitative or quantitative data. Representative personal exposure monitoring is
the primary means of quantifying exposures for use in assessing exposure
profiles.
(c) Perform qualitative or quantitative exposure assessments for hazards in each
SEG. For quantitative exposure assessments, consult Chapter 4 for information
on statistical tests (e.g., 95
th
percentile, Upper Tolerance Limit 95/95). Judge the
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SEG’s exposure profile as unacceptable, acceptable or uncertain. An
unacceptable determination indicates personnel exposures exceed (or are
expected to exceed) the OEL. An acceptable determination indicates that
personnel exposures do not exceed (or are not expected to exceed) the OEL for
current/normal or foreseeable operating conditions. An acceptable
determination is not permitted if personnel are required to wear respirators to
control exposures to the hazard being assessed. All determinations must be fully
and accurately documented to support the decisions. Any designated ALs should
also be taken into consideration. Lastly, exposure assessment could lead to the
decision of uncertain. (i.e., there is insufficient information available for an
immediate unacceptable or acceptable determination with high confidence.) In
that case, further information gathering is needed to assess exposures.
NOTE: DOEHRS-IH does not have the option of choosing uncertain for the SEG
assessment. The IH will need to use professional judgment based on the
observations and limited data available to choose unacceptable or acceptable
with Needs More Data when completing a SEG assessment in DOEHRS-IH.
(d) Evaluate and determine the effectiveness of existing controls.
(e) Make medical surveillance recommendations based on the outcome of the SEG
assessment.
(3) Make appropriate control strategy recommendations based on the exposure
assessments, using accepted IH practices, which comply with appropriate regulatory
requirements. (Per references 2-2 and 2-3.)
(4) Further information gathering may be quantitative or qualitative. This might be
performed as part of the initial IH survey or later. Based on best practices and
requirements from references 2-2 and 2-3:
(a) Representative quantitative exposure monitoring, especially personal exposure
monitoring, is the primary means of assessing personnel exposures, the need to
control exposures, and the effectiveness of controls. If exposure monitoring is to
be conducted, an exposure assessment strategy should be developed (see
chapter 4).
(b) Qualitative exposure decisions might involve using exposure modeling,
professional judgement, etc.
(5) Reports and records of workplace characterizations, exposure profiles, exposure
assessments, findings, control recommendations or other recommendations
(including medical surveillance) are critical elements of the exposure assessment
process. Reports and records are needed to ensure effective communication of
workplace findings and successful continuity of the IH survey, per references 2-2 and
2-3. The basic elements of IH survey reports are detailed in Appendix 2-A, and
summarized in Appendix 2-B. DOEHRS-IH is the mandated system of record for IH
survey information, sampling, exposure assessments, and recommendations per
references 2-2 and 2-3.
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(6) The recommendation to enroll an individual in to a medical surveillance program
should be based on OSHA regulatory requirements, and/or the
qualitative/quantitative exposure assessments of the various occupational chemical,
biological, and/or physical hazards. Although enrollment in an exposure based
medical surveillance program can occur based on qualitative assessment results, it
usually occurs once a quantitative exposure assessment has been performed where
results indicate exposures above action level or OEL, or if OSHA has identified
specific requirements in their substance specific standards.
NOTE: The industrial hygienists role is to recommend stressor/hazard based medical
surveillance and exposure based respirator user certification examination. It is not
the role of the industrial hygienist to recommend medical surveillance for job
certifications unrelated to IH exposure assessments since it is a command supervisor
or human resources’ responsibility to provide that information. To help commands
identify medical surveillance requirements for job certifications, this section could
include a reference to the Medical Surveillance Procedures Manual and Medical
Matrix,” NMCPHC-TM OM 6260.
(7) Exposure Monitoring Plans (EMP) are prepared and implemented to collect
sampling/measurements required by regulation, or necessary to statistically assess
exposures, determine trends or validate professional judgement of unchanged
exposure assessments, per reference 2-2. The plan should also include monitoring
necessary to document the need for controls and the effectiveness of existing
controls (e.g., ventilation measurements or other sampling/measurements to assess
engineering or administrative controls). Reference 2-3 requires the establishment of
EMPs and completion of monitoring by industrial hygienists and industrial hygiene
officers (for ships with industrial hygiene officers assigned).
(8) Detachments will receive their IH support directly from the nearest IHPO that is
within the AOR in which the detachment is located. This initial survey shall be
considered the baseline for the detachment. A copy of the survey should be
provided to the parent IHPO and added as an addendum to the parent command’s
initial IH survey.
(9) NMCPHC established a ship IH survey repository. Initial and periodic afloat IH
surveys should be forwarded by the cognizant BUMED activity to NMCPHC IH
Department to assist enterprise IH technical and policy solutions. Such reports
should also be forwarded to the Regional IH and TYCOM IHOs. Available afloat IH
surveys for specific ships can be obtained by e-mailing NMCPHC IH Department.
b. PIHS. Once the initial survey has been completed, it is updated on a regular basis with
the PIHS (in combination with shop specific supplements discussed in paragraph 3.c).
The PIHS process provides a review of available exposure monitoring results,
information on new work operations/processes/hazards, changes in on-going work
operations/processes/hazards, and evaluates and documents the current effectiveness
of existing controls (e.g., PPE, ventilation). Changes in personnel associated to the
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particular shop, processes and SEGs are documented. Additionally, findings of other
surveys or consultations made during the specified period are summarized. Exposure
assessments need to be performed for hazards in each new SEG, or updated for existing
SEGs based on further information gathering or changes in policy or OELs. Monitoring
may not be needed for the PIHS. If no sampling/measurements are needed in the EMP
and there are no additional work operations/processes or significant changes to existing
work operations/processes, a walk-through survey documenting these findings is
adequate. Requirements for periodic surveys are discussed in references 2-2 and 2-3.
Command hazard categories are outlined in Appendix 2-C.
(1) Category I (CAT I) PIHS reports will include all Priority 1 shop evaluations every year
as a minimum, and any applicable Priority 2 and 3 shops as determined by the IHPO
so as to ensure these reassessments do not exceed the two/three and four year
shop survey periodicity cycles, respectively. In some cases it might be
administratively simpler to include all category shops (i.e., Priority 1, 2 and 3 shops)
in the annual report every year for smaller CAT I commands with predominantly
Priority 1 shops. However, workload and administrative efficiencies should be
realized by using the shop specific supplemental approach for larger CAT I
commands (e.g., shipyards, FRCs).
(2) Category II (CAT II) PIHS reports will include all Priority 2 shop evaluations every two
years for ashore commands and every three years for afloat commands as a
minimum, and include applicable Priority 3 shops as determined by the IHPO so as to
ensure Priority 3 shop evaluations do not exceed the four year shop survey
periodicity. Additionally, all Priority 1 shops shall be reassessed annually and
reported as discussed in paragraph 3.c below as part of the shop specific
supplement to the PIHS. When an IHPO sub-categorizes CAT II command survey to
apportion workload, the IHPO will ensure Priority 1, 2 and 3 shops are evaluated and
results reported in accordance with applicable intervals.
(3) Category III (CAT III) PIHS reports will include all Priority 3 shop evaluations every
four years as a minimum. In addition, Priority 1 shops shall be reassessed annually
and Priority 2 shops biennially (ashore) or triennially (afloat), respectively, and
reported per the shop specific supplement report discussed in paragraph 3.c below.
When an IHPO sub-categorizes CAT III command survey to apportion workload, the
IHPO will ensure Priority 1, 2 and 3 shops are evaluated and results reported in
accordance with applicable intervals.
(4) Detachments will receive their IH support directly from the nearest IHPO that is with
the AOR in which the detachment is located to include surveys and any workplace
monitoring. A copy of the detachment’s PIHS along with any exposure monitoring
results, and associated letters of notification should be provided to the parent IHPO
and added as an addendum to the parent command’s PIHS. The local IHPO should
also provide the local supporting Occupational Health office with copies of any
notification letters associated with personal exposure monitoring results.
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NOTE: Priority 1, 2 and 3 shop classification guidance and re-evaluation frequencies are
contained in Appendix 2-D.
c. SPIHS. SPIHS are used for shop-specific evaluations that are reported independently of
the PIHS to ensure that all shops are evaluated at the required frequency based on the
shops priority. For example, this type of report would be used annually for Priority 1
shop evaluations conducted at CAT II or CAT III commands during the non-periodic
survey year. See Appendix 2-B for a summary of the basic elements for both PIHS and
SPIHS reports.
d. Notification of Changes. A statement should be included in the executive summary of IH
survey reports asking that the cognizant IHPO be notified of any changes in the shops
(e.g., location, facility) or processes (e.g., process procedure, materials or equipment
used, work practices, personal protective equipment, engineering controls such as
ventilation system performance issues or degradation) between surveys.
e. Design Review Requests. A statement should be included in the executive summary of
IH survey reports which requests that new engineering designs, operating procedures,
purchasing transactions/contracts relevant to IH be sent to the cognizant IHPO for
review.
f. Shop Priority Exceptions. All afloat command shops will be designated as Priority 2
shops but will receive a singular command-based PIHS every three years as outlined in
Appendix 2-C. All Reserve Center shops will typically be designated as Priority 3 shops
and will receive a singular command based PIHS every four years as outlined in
Appendix 2-C. Reserve Centers with industrial work operations/processes, work
operation/process changes, changes to work practices, or other occupational health
concerns should contact their supporting IHPO for consultation or possible evaluation
outside of the four year periodicity.
g. Areas Specifically Excluded from IH Surveys.
(1) Industrial hygiene personnel that certify BSCs need to be properly trained and equipped.
Especially in CONUS, such personnel also need to be accredited under the
National
Sanitation Foundation (NSF) International Field Certification of BSC Program. Unless
personnel are specifically trained, equipped and preferably certified, IH surveys
should not include evaluation of BSCs. Refer to Chapter 6 for a more detailed
discussion of BSC ventilation measurements.
(2) BUMED field industrial hygienists and other Navy medicine occupational health
personnel do not determine personnel exposures to chemicals from an
environmental source (except during spill events where first responder safety is the
primary medical concern (as specified in reference 2-1)).
(a) Environmental exposure assessments and sampling are based on environmental
(generally Environmental Protection Agency (EPA)) standards, screening levels
and risk assessment processes and not on occupational health standards, OELs
and exposure assessment strategies.
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1. Occupational health standards and OELs are intended to protect adult
employees from workplace health hazards eight hours a day, five days a
week for 20-30 years. Environmental standards and screening levels may be
produced looking at risk for exposure across the entire general population
for a lifetime. These differences in assessment can result in an environmental
standard or screening level being several orders of magnitude lower than an
OEL for the same chemical.
2. Since environmental and occupational exposure assessments and standards
are so different, sampling and analytical methods to quantify those
exposures are also different.
3. Certification differs for laboratories performing analyses for environmental
versus occupational sampling.
4. Environmental concerns regulated by the EPA such as: concerns from
environmental source exposures, environmental restoration situations, etc.
shall not be treated as occupational exposures using occupational health
standards and OELs to measure risk and determine compliance.
(b) Navy Medicine assets are not intended, prepared, equipped or funded for
assessments of exposures to chemicals from an environmental situation
regulated by the EPA. Such situations are best addressed by qualified
environmental professionals.
(c) When medical support for environmental issues (other than spills) is requested
by Installation Commanders, Naval Facilities Engineering Command
(NAVFAC)/Public Works Center (PWC), or base tenants, Medical Treatment
Facility (MTF) Commanding Officers and Officers-In-Charge need to inform the
appropriate Navy Medicine Region Environmental Program Manager (NAVMED
REPM) before committing to a response.
1. The NAVMED REPM shall assist the MTF in coordinating the response,
ensuring the participation of all needed subject matter experts.
2. Early coordination is exceptionally important because environmental issues
might involve the health of family members, union employees, the public and
media.
h. Survey Report Format. Appendices 2-A, 2-B and 2-E provide guidance for survey report
organization and content. The composition of survey reports for a command (i.e., what
shops are included) might vary each year depending upon the DOEHRS-IH priorities of
individual shops. Criteria for assigning DOEHRS-IH shop priorities is summarized in
Appendix 2-D.
i. Survey Report Tracking. Survey report completion will be tracked according to DOEHRS-
IH shop priorities. Survey reports for each shop will be considered current if the last
survey completion is within 12, 24 (36 for all afloat command shops) or 48 months of
the current date for Priority 1, 2 and 3 shops, respectively. Appendix 2-F provides
guidance to identify and define IHPO responsibility for performing IH surveys, creating
IH survey reports and entering data into DOEHRS-IH. This appendix also provides
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guidance for managing or transferring DOEHRS-IH data between BUMED IHPOs when a
command/organization relocates from one IHPO’s AOR to a different IHPO’s AOR.
j. Data Collection in DOEHRS-IH. DOEHRS-IH is a DoD/Defense Health Agency (DHA), tri-
service, multi-agency, comprehensive, automated information system for assembling,
comparing, using, evaluating, and storing IH survey data on shops, processes, SEGs,
hazards, personnel, controls, observations, monitoring, recommendations, occupational
exposure assessments and environmental health surveillance. DOEHRS-IH is a key
enabling technology within the presidentially mandated Force Health Protection Plan
and is further supported by Public Law 105-85. Reference 2-4 mandates the use of
DOEHRS-IH for BUMED IHPOs. Local IHPOs that provide support to detachments will be
responsible for entering all unit information including, but not limited to, shops,
processes, SEGs, rosters, and sample results. A copy of the survey and/or sampling
results should be provided to the parent IHPO and added as an addendum to the parent
command’s initial/PIHS.
k. Records Retention. Records of surveys, evaluations, and monitoring shall be retained for
a minimum of 40 years, as required in reference 2-2, except where specific applicable
standards require retention for a longer time. Also, refer to reference 2-5, which
dictates longer retention times for some records. For example, Section SSIC 6200.2a of
reference 2-5 dictates some occupational health, industrial and environmental control
program records not be destroyed until after 75 years.
(1) Because of turnover and the transfer of personnel, records should be maintained in
a manner to ensure that an industrial hygienist who is unfamiliar with the workplace
can access the records and be reasonably confident he/she has all the pertinent
information (past and present) on the command, individual shops and the work
operations/processes being performed therein.
(2) Reference 2-5 provides guidance in the disposition of all records, including records
no longer in active use, records of disestablished shore activities, records of
decommissioned ships and records of armed conflicts. This reference provides
information on naval records retention standards (by standard subject identification
code (SSIC) or type of record) and procedures for record disposition, including:
disposal, local record retirement (to a storage area within a command) and record
transfer (for storage outside a command, as in a Federal Records Center).
Occupational health, industrial and environmental control records are specifically
discussed in Section SSIC 6200.2 of reference 2-5. Additional information on Federal
Records Centers can be found at http://www.archives.gov/frc/.
Creating and Updating EMPs.
a. Per reference 2-2, as part of the IH survey, an EMP (OPNAV Form 5100/14 or equivalent
or as part of the IH survey report) will be completed for required or necessary
sampling/measurements. This includes sampling/measurements required by regulation,
or samples necessary to statistically assess exposures, determine trends or validate
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professional judgement of unchanged exposure assessments. The plan should also
include monitoring necessary to document the need for controls and the effectiveness
of existing controls (e.g., ventilation measurements or other sampling/measurements to
assess engineering or administrative controls). Reference 2-3 requires the establishment
of EMPs and completion of monitoring by industrial hygienists and industrial hygiene
officers (for ships with industrial hygiene officers assigned).
(1) Monitoring required by regulation includes such sampling/measurements as OSHA
required initial, quarterly, or semiannual substance specific monitoring is to be listed
as required on the EMP.
(2) Monitoring results necessary to assess exposures are typically used in statistical
quantitative exposure assessment. However, even if a certain number of results for
the statistical assessment are needed, it is not necessary to collect them all at once
during a year’s exposure monitoring; they can be gathered over time. For example,
rather than stating to collect the needed six samples on the EMP, it might be more
realistic and attainable to include only one or two of the samples for the work
operation/process or SEG as required on the yearly EMP, and then continue to have
that sampling as required on the subsequent yearly EMPs, until enough results to
statistically assess the exposures for the SEG for that work operation/process have
been collected.
(3) The EMP should generally contain just the required or necessary
sampling/measurements. If additional monitoring is included for informational
purposes or to add to existing statistical assessments, those should be marked as
“Optional”. Such optional monitoring should not be included when determining
counts for required sampling/measurements for the EMP annual self-reported fiscal
year (FY) IH metrics. If the optional monitoring is completed, it can be counted with
completed sampling/measurements conducted outside the EMP in the annual self-
reported FY IH metrics.
(4) When creating an EMP, the way the individual sampling task items are written
should be reflective of the way you will need to count your EMP or outside EMP
sampling tasks when your IHPO reports their annual self-reported FY IH metrics.
(Consult the latest BUMED self-reported FY IH metrics purpose, definitions and
directions document for the counting directions.)
b. During the periodic survey (either shop-based or command-based) the EMP must be
updated to reflect current findings. Qualitative or quantitative negative determinations
will permit the EMP to be amended to eliminate unnecessary monitoring and redirect
resources. New work operations/processes; significant changes to existing work
operations/processes; or changes to standards, instructions, or directives might
necessitate new evaluations and possible additions to the EMP.
c. It is important to remember that the EMP is to reflect an annual FY timeframe, as
opposed to the timeframe of the survey based on shop priority or command hazard
category.
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References.
2-1. OPNAV M-5090.1 Series Environmental Readiness Program Manual
2-2. OPNAVINST M-5100.23 Navy Safety and Occupational Health Manual
2-3. OPNAVINST 5100.19 Series NAVSOH Program Manual for Forces Afloat
2-4. BUMEDINST 5100.13 Series BUMED Safety and Occupational Health Program
2-5. SECNAV M-5210.1 Series
2-6. PubChem, U.S. National Library of Medicine. Bethesda, MD
2-7. NMPHC Technical Manual NMCPHC-TM-OEM 6260.01D. Reproductive and
Developmental Hazards: A Guide for Occupational health Professionals. 2019.
2-8. ACGIH. TLVs® and BEIs®, Threshold Limit Values for Chemical Substances and
Physical Agents and Documentation of the TLVs® and BEIs®. Cincinnati, OH:
American Industrial Hygiene Association. Latest edition.
2-9. Preventing Hearing Loss Caused by Chemical (Ototoxicity) and Noise Exposure,
Occupational Safety and Health Administration Safety and Health Information
Bulletin 03-08-2018.
2-10. DoDM 6055.18 Safety Standards for Microbiological and Biomedical Laboratories
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Appendix 2-A Industrial Hygiene Survey Reports
1. General
IH survey reports document the interpretation of data collected during the walk-through
survey, the quantification phase of a comprehensive IH survey, and the resultant exposure
assessment. The survey reports also provide a command with the current status of
occupational health hazards, recommendations for: hazard control, PPE, administrative
controls and enrollment in exposure-based medical surveillance programs. The survey
report is a historical document that shows the work operations/processes conducted at
given locations and the hazards present at the time of the survey. A survey report must be
able to withstand close scrutiny and, as much as possible, be a self-supporting document.
Comprehensive initial IH survey reports should be issued within 90 calendar days after the
last day of the walk-through portion of the survey. PIHS reports should be issued within 45
days after the last day of the walk-through portion of the survey. Every effort should be
made to meet these timeframes so that the serviced command can get the reports in a
timely manner.
2. Style
IH survey reports are technical in nature and use terms and language characteristic of the
profession. However, each part of the survey report has a target audience who will have
varying degrees of IH background. Consider your target audience when writing reports.
3. Survey Report Types
There are essentially four principle types of IH survey reports: initial (or baseline) surveys,
periodic surveys, shop specific supplements and special surveys. The basic elements of the
initial and periodic survey reports are presented in Section 5 of this appendix. The SPIHS are
for specific shops that are reported independently of the main PIHS. An example where a
SPIHS report might be used is for a Priority 1 shop in a CAT II command in a year when the
reports for the Priority 2 shops in the command are not due. The purpose of the SPIHS is to
ensure that all shops are evaluated at the required frequency as discussed in Section 4. The
SPIHS reports may include fewer elements than the PIHS, as outlined in Appendix 2-B.
Special IH surveys are used to capture other IH related evaluations for specific hazards,
subjects, engineering systems, etc., and may have variable survey formats.
4. Survey Report Periodicity, Composition, Distribution and Tracking
a. IH surveys will be performed, reported and tracked at periodicities according to both
command hazard categories as outlined in Appendix 2-C, and DOEHRS-IH shop priorities
as outlined in Appendix 2-D.
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b. The composition of each survey report (i.e., which shops are included) may vary
according to the shop priorities. The basic elements of IH survey reports are detailed in
Section 5 of this appendix and summarized in Appendix 2-B.
c. Survey reports for a command may be distributed in a single document or in separate
documents based upon organizational sub-unit (e.g., directorate, department, division).
If the survey reports are in separate documents in the applicable reporting period, a
command IH survey report index should be prepared. This index references the
provided IH survey reports and lists the included shops in each report, as discussed in
Section 6 of this appendix. Detachments will receive their IH support directly from the
nearest IHPO that is within the AOR in which the detachment is located. The local IHPO
will enter the necessary data into DOEHRS-IH for the detachment. A copy of the survey
should be provided to the parent IHPO and added as an addendum to the parent
command’s initial or PIHS.
d. Survey report completion will be tracked according to DOEHRS-IH shop priorities. Survey
reports for each shop will be considered current if the last survey completion date is
within 12, 24 (36 for all afloat command shops) and 48 months of the current date for
Priority 1, 2 and 3 shops, respectfully.
5. Survey Report Elements
The comprehensive initial and periodic IH survey reports contain the following elements:
a. Cover Letter. A concise letter designating the survey as initial or periodic, naming the
command where the survey took place, and giving the range of walk-through survey
dates. This letter also identifies the individual(s) responsible for the survey report and
credits contributions to the report, including the surveyed command's efforts.
b. Table of Contents.
c. Executive Summary. This one to two page summary gives the Commanding Officer of
the surveyed workplace an overview of the status of command occupational health
programs, and identifies those problems that need command level attention for
resolution. If it is a periodic survey, ensure that repeat findings are annotated.
d. Program Findings and Recommendations. This is a sub-section of the executive
summary and can summarize overall findings and recommendations to the command's
major occupational health programs. Per reference 2-2, the respiratory protection
program of ashore commands requires formal written evaluation by BUMED IH. Reviews
of other Occupational Health programs (e.g., lead, asbestos, hearing conservation,
engineering controls, ergonomics and medical surveillance) may also be summarized in
this section at the discretion of the IHPO. Applicable references should be provided
when noting significant findings. The purpose of this section is to provide information
for the Safety Office to effectively manage the occupational health aspects of the Navy
and Marine Corps SOH programs. The command receiving the survey report is
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encouraged to ensure the report is reviewed and recommendations incorporated into
command hazard tracking system (hazard abatement logs) for documented follow-up
actions. Information presented should come from the survey. (Detailed command-wide
summary tables, rolled up from information from individual shop survey sections that
support the program findings and recommendations can be presented here or included
as appendices to the survey report.)
e. Worksite Evaluations, Exposure Assessments, Findings and Recommendations and
References, and EMP. This section documents the field findings from the walk-through
survey; discusses monitoring results; evaluates health risk and exposure assessments;
and provides recommendations for improvement, suggestions for enrollment in medical
surveillance programs, and exposure monitoring required for each shop. If it is a
periodic survey, this section also documents changes to the initial survey for each of the
sub-sections, as appropriate. Based on best practices and requirements from references
2-2, 2-3, and 2-4, include at least the following information:
(1) Worksite Evaluation by Shop.
(a) Location. Identify the shop location and the locations of the work
operations/processes, equipment, controls or contaminant sources. When
appropriate (e.g., for clarifying or detailing the locations of the work
operations/processes, engineering controls or contaminant sources), create a
diagram. Make the diagram detailed enough to graphically describe the locations
of the work operations/processes, engineering controls or contaminant sources
(by room number or work station) and the physical relationship of the shop and
work operations/processes to the surroundings. For periodic surveys, update the
previous information with any changes such as relocated equipment, hazards or
controls.
(b) Personnel Assigned. The number of personnel, including total assigned to the
shop, number of males and females, numbers by worker classification and
numbers for each work operations/process. Individual personnel need to be
associated to the particular shop and to the specific processes within the shop,
and to the particular SEGs. Make any updates as needed for periodic surveys.
(c) Work Operations/Processes Descriptions. The descriptions must detail the work
operations/processes by task, work practices and procedures, locations,
frequencies and durations of the work operations/processes (including the
amount of time spent on each task [time course of events]), material and
equipment usage, hazards involved, controls used and number of personnel
assigned. Include individual personnel assigned to the specific processes and
worker classification if appropriate (e.g., welder, carpenter, etc.). The work
operations/processes descriptions would also include a description of the
equipment used in the shop for the work operations/processes. For periodic
surveys, if a work operation/process changes, the description must detail the
changes, including additions of any new work operations/processes or changes
in personnel.
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(d) Chemical Hazards. List chemical hazards in the workplace that present significant
risk associated with each work operation/process. Make any updates as needed
for periodic surveys.
1. Hazards that are reproductive or developmental hazards, carcinogens, or
ototoxins must be specifically identified and annotated in the survey.
Compare the hazards present with the reproductive and developmental
hazards found in references 2-6 and 2-7. Compare the hazards present with
the carcinogen listings published by OSHA, National Toxicology Program
(NTP), the International Agency for Research on Cancer (IARC) and ACGIH. For
the carcinogens, specifically include those listed as OSHA Carcinogens; NTP
Known and Reasonably Anticipated to be Human Carcinogens; IARC Groups 1-
Carcinogenic to Humans, 2A-Probably Carcinogenic to Humans, and 2B-
Possibly Carcinogenic to Humans; ACGIH Categories A1-Confirmed Human
Carcinogen and A2-Suspected Human Carcinogen. Additionally, compare the
hazards present with the ototoxins listed in references 2-8 and 2-9.
NOTE: References 2-8 and 2-9 do not identify all known ototoxicants and
additional research may be necessary. Additionally, these ototoxin references
are currently recommended to be used only to aid the industrial hygienist in
identifying ototoxins for annotation in the IH survey. This manual is not
directing the implementation of any additional medical surveillance or other
policies and guidance specific for ototoxins from these references.
2. Chemicals that are skin sensitizers, respiratory sensitizers, or absorbed
through the skin should also be specifically identified and annotated in the
survey.
(e) Physical Hazards. List any physical hazards that present significant risk, including
a brief description of their source(s), associated with each work
operation/process. Physical hazards include but are not limited to noise, ionizing
or non-ionizing radiation, ergonomic risks, temperature, and vibration. Make any
updates as needed for periodic surveys. Hazards that are reproductive or
developmental hazards, or are carcinogens must be specifically identified and
annotated in the survey. Compare the hazards present with the reproductive and
developmental hazards found in references 2-6 and 2-7, and with the carcinogen
listings published by OSHA, NTP, the IARC and ACGIH. For the carcinogens,
specifically include those listed as OSHA Carcinogens; NTP Known and Reasonably
Anticipated to be Human Carcinogens; IARC Groups 1-Carcinogenic to Humans,
2A-Probably Carcinogenic to Humans, and 2B-Possibly Carcinogenic to Humans;
ACGIH Categories A1-Confirmed Human Carcinogen and A2-Suspected Human
Carcinogen.
(f) Biological Hazards. List any biological/infectious agents (e.g., in laboratories),
that present significant risk associated with each work operation/process. Make
any updates as needed for periodic surveys. Hazards that are reproductive or
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developmental hazards, or are carcinogens must be specifically identified and
annotated in the survey. Compare the hazards present with the reproductive and
developmental hazards found in references 2-6 and 2-7, and with the carcinogen
listings published by OSHA, NTP, IARC and ACGIH. For the carcinogens, specifically
include those listed as OSHA Carcinogens; NTP Known and Reasonably
Anticipated to be Human Carcinogens; IARC Groups 1-Carcinogenic to Humans,
2A-Probably Carcinogenic to Humans, and 2B-Possibly Carcinogenic to Humans;
ACGIH Categories A1-Confirmed Human Carcinogen and A2-Suspected Human
Carcinogen.
(g) Existing Controls. Describe any controls, their use, and their effectiveness for
each work operation/process. Controls can be hazard specific. Controls can
include substitution, isolation, engineering controls, administrative controls and
PPE. Include any sampling/measurements (e.g., ventilation measurement),
comparing the results to any standards or guidelines. Reference any standards or
guidelines used when discussing the controls’ adequacy. For periodic surveys,
record any changes in the controls, their use, or effectiveness.
(h) Any other information or issues noted during the survey necessary to accurately
describe command and shop conditions.
(i) HM AUL. List any hazardous materials used in the work operations/processes
that are not on the command’s HM AUL. This will provide the command with the
information needed to update the HM AUL. For a periodic survey, any changes in
the HM AUL triggers an update in listed hazards and an updated comparison
with the reproductive and developmental hazard, carcinogen, and ototoxin
listings.
(2) Exposure Assessments by Shop and SEG. Exposure assessments are to be performed
and documented for all significant hazards to the worker based on its health effects,
likelihood of exposure, and regulatory requirements. See the definition of significant
hazards in section 2(i) for examples. The exposure assessment section documents
the analysis of the collected data and the health risk of affected personnel for each
work operation/process and hazard by SEG for each shop. For periodic surveys, if
there are previous monitoring results, the survey should include the analysis of
collected data relative to previous surveys. Also, for periodic surveys, if the
assessment changes, make a statement about the resultant change in personnel
exposure. Additionally, for periodic surveys, if there are SEG definition changes, the
description must detail the changes, including changes or additions of any shops,
work operations/processes, hazards, or personnel for the SEG, and make a
statement about the resultant change in personnel exposure. Periodic surveys must
also include description and assessment of any new SEGs.
(a) Present qualitative and quantitative exposure assessments, the basis of the
exposure assessment, the determination, the rationale for the determination,
any data used, any statistical tests used and the OELs or guidelines used, as
appropriate. Consult Chapter 4 for information on qualitative and quantitative
exposure assessments and statistical tests used for quantitative assessments.
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1. If monitoring is performed, discuss the results as part of the quantitative
exposure assessment. Tables summarizing monitoring results should be
included, especially sound pressure levels, personal noise dosimetry and
personal air sampling.
2. If historical monitoring results from the same location or results from similar
operations at other locations are used as part of the assessment, the source
of the monitoring results need to be cited.
3. Include appropriate citations of any referenced standards or guidelines.
4. Include a thorough discussion of the basis of the exposure assessment, the
determination and the rationale of the determination.
a. An exposure assessment can be based on:
(1) Sample results of the actual work operation/processes.
(2) Results from similar work operations/processes at other commands
or locations.
(3) The hazards of the materials used, amounts used, frequency and
duration of the work operation/process, work practices and available
engineering controls, etc.
b. However, an acceptable determination cannot be based on respiratory
protection provided.
c. Short duration of the work operation/process is usually not a valid
rationale for substances with ceiling or short term exposure limits.
(b) Ensure that thorough hazard assessments of all identified and annotated
reproductive or developmental hazards and carcinogens are also included.
Reference 2-2 requires that the industrial hygienist specifically address a
reproductive or developmental hazard assessment (including acceptable
determinations) as part of the routine evaluation in the IH survey.
(c) Exposure assessments should be summarized in a list that shows the current
exposure assessment status for each significant work operation/process. The list
should (as a minimum) contain the following elements: shop, SEG, work
operation/process, pertinent tasks, hazard, exposure assessment status and
basis, and rationale for the determination.
(3) Findings, Recommendations, and References by Shop and SEG.
(a) Findings. Present the field findings for each work operation/process by SEG for
each shop. Findings can be hazard specific. Findings may be positive or negative.
For periodic surveys, make any updates as needed regarding the findings and
any resultant change in personnel exposure. Also, for periodic surveys, annotate
whether the finding is a repeat from any previous survey and cite the source.
1. Monitoring results, in most cases, are best presented in tables to provide a
summary of the data that is easily understood.
2. Discuss workplace assessments, evaluation of controls, exposure
assessments and any monitoring; make a definite positive or negative
statement as to exposure of personnel relative to established standards or
guidelines.
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3. Each finding showing non-compliance with a standard or guideline must
include an appropriate citation of the referenced standard or guideline.
4. Best practices should be documented and shared.
(b) Recommendations. In sequential order, include at least one feasible
recommendation for improvement that corresponds to each finding showing
non-compliance with a standard or guideline. Some recommendations might be
made even if it is not a non-compliance situation (e.g., some PPE). For periodic
surveys, make any updates as needed regarding the recommendations.
1. Recommendations might include controls such as: substitution, isolation,
engineering controls, administrative controls and PPE.
2. Cite the reference or source of each recommendation.
3. A recommended PPE chart by shop and work operation/process is often
useful for the shop personnel.
4. If engineering controls are not installed or used properly, identify them for
inclusion in the surveyed command's Navy Occupational Safety and Health
Hazard Abatement Log.
5. Additionally identify those work operations/processes and hazards where
employees require enrollment in medical surveillance programs based on
OSHA regulatory requirements and/or the qualitative/quantitative exposure
assessments.
NOTE: The industrial hygienist’s role is to recommend stressor/hazard based
medical surveillance and exposure based respirator user certification
examination. It is not the role of the industrial hygienist to recommend
medical surveillance for job certifications unrelated to IH exposure
assessments since it is a command supervisor or human resources’
responsibility to provide that information. To help commands identify
medical surveillance requirements for job certifications, this section could
include a reference to the Medical Surveillance Procedures Manual and
Medical Matrix,” NMCPHC-TM OM 6260.
(c) References. Findings that document non-compliance with a standard or
guideline and recommendations needing action are based on cited references.
Follow the guidance of reference 2-2 to select appropriate references. For
example, when citing the lack of respirator standard operating procedures
(SOPs), use OPNAVINST 5100.23G, paragraph 1513.a.(2). When citing references,
be specific enough to assist with improvements without limiting creative
responses to problems found in the field.
(4) EMP by Shop and SEG. Identify any required monitoring for each work
operation/process and hazard by SEG for each shop. Per reference 2-2, an EMP will
be completed for required or necessary sampling/measurements, as part of the IH
survey or using OPNAV Form 5100/14 or equivalent. This includes
sampling/measurements required by regulation, or necessary to statistically assess
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exposures, determine trends or validate professional judgement of unchanged
exposure assessments. The plan should also include monitoring necessary to
document the need for controls and the effectiveness of existing controls (e.g.,
ventilation measurements or other sampling/measurements to assess engineering
or administrative controls). Reference 2-3 requires exposures needing monitoring
and specifically routine ventilation system evaluation be included on the EMP.
Reference 2-2 requires EMPs to include what must be sampled and how often the
sampling should be performed.
f. Command-wide Summary Tables and Other Appendices. Summary Tables can be
beneficial to the customer. However, not all are required by references 2-2 or 2-3 or
other policy. If the IHPO chooses to use command-wide Summary Tables, the NMCPHC
recommends including information that enhances or complements the workplace
evaluation in an appendix, as appropriate or required. These summary tables and
appendices can include:
(1) Respiratory Protection Recommendations Summary. This command-wide summary
table is required for afloat commands per reference 2-3 and lists areas and
processes requiring respiratory protection. It should list the recommended
respiratory protection by shop or SEG, work operation/process, location (as
appropriate), and hazard. It should detail the minimum type of respirator required
for adequate protection.
(2) Eye Hazardous Areas and Processes Summary. This command-wide summary table is
required for afloat commands per reference 2-3 during the initial IH survey, and lists
eye hazardous areas and processes shop and/or location. It should list the
recommended eye protection by shop or SEG, work operation/process, location (as
appropriate) and hazard. It should detail the type of eye protection required for
adequate protection.
(3) Eye Wash and Deluge Shower Areas Summary. This command-wide summary table
is required for afloat commands per reference 2-3 during the initial and PIHS and
lists areas where emergency eyewashes and deluge showers are present or
recommended by shop and/or location. It should detail the type of eyewash or
shower, whether it is required for that location, any referenced standard, a brief
description of any corrective action required and any other comments.
(4) Noise Hazardous Processes and Areas Summary. This command-wide summary table
is recommended, and lists the areas and equipment designated as noise hazardous.
It should list the recommended hearing protection and signage by shop (and SEG as
appropriate) and/or location, noise source, and work operation/process and/or
equipment. It should detail the range of sound pressure levels measured, the type of
hearing protection required for adequate protection, and the required labeling
(single or double hearing protection required) as noise hazardous.
(5) Medical Surveillance Recommendations Summary. This command-wide summary
table is recommended and lists medical surveillance recommendations by shop or
SEG, work operation/process, and hazard, based upon OSHA regulatory
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requirements, and/or the qualitative/quantitative exposure assessments. The
summary is particularly useful for presentation to designated medical surveillance
program managers. It should detail the recommended medical surveillance program,
and estimated number of personnel. A recommended format for listing medical
surveillance recommendations is provided in Appendix 2-E.
NOTE: The industrial hygienist’s role is to recommend stressor/hazard based medical
surveillance and exposure based respirator user certification examination. It is not
the role of the industrial hygienist to recommend medical surveillance for job
certifications unrelated to IH exposure assessments since it is a command supervisor
or human resources’ responsibility to provide that information. To help commands
identify medical surveillance requirements for job certifications, this section could
include a reference to the Medical Surveillance Procedures Manual and Medical
Matrix,” NMCPHC-TM OM 6260.
(6) EMP. This command-wide summary table or the OPNAV 5100/14 form (or
equivalent) is recommended, and lists what must be sampled, and how often the
sampling should be performed. Additionally, any other clarifying comments or
details should be included. It should be grouped by shop or SEG, work
operation/process, location (as appropriate) and hazard for the needed monitoring.
EMPs should cover all required or necessary sampling/measurements.
(7) Reproductive/Developmental Hazard Summary. This command-wide summary table
is recommended, and lists the particular identified and annotated reproductive or
developmental hazards by shop or SEG, and work operation/process.
(8) Carcinogen Summary. This command-wide summary table is recommended, and lists
the particular identified and annotated carcinogens by shop or SEG, and work
operation/process.
(9) Ototoxin Summary. This command-wide summary table is recommended, and lists
the particular identified and annotated ototoxins by shop or SEG, and work
operation/process.
(10) Hazardous Material Storage Locations Summary. This command-wide summary
table lists the shops and/or locations where the hazardous material is stored,
detailing the type of hazardous material.
(11) Ventilation Measurements Summary. This command-wide summary table lists the
existing industrial ventilation systems (i.e., for contaminant control, but also
including flammable and hazardous materials storerooms and laundry, scullery and
galley exhaust systems) by shop (and SEG as appropriate) and/or location, and work
operation/process. It should detail system location; hazard controlled; system type,
system measurements; any referenced standard, guideline, or design criteria for
that system; whether the system meets the standard, guideline or design criteria; a
brief description of any corrective action needed; and any other comments.
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Technical Manual NMCPHC-TM6290.91-2 4 JUN 2021
Appendix 2-A, Page 10
(12) Repeat Technical Findings Summary. For periodic surveys, if there are multiple
repeat findings, it might be useful to include a command-wide summary table
listing the findings by shop or SEG, work operation/process, location and hazard.
(13) Monitoring Results Documentation. Supporting documentation for all
sampling/measurement results used to make the workplace evaluations during that
IH survey can be included as an appendix to the survey report. For example, include
copies of field data sheets used to record the results of direct reading instruments
such as sound levels, ventilation, radio frequency and illumination. Also include
copies of laboratory reports for personal and general area air samples, and bulk and
wipe samples.
(14) SOPs for Specific Programs. "Boiler plate" SOPs can be included to assist the SOH
manager in organizing and operating the occupational health programs, (e.g., any
particular SOPs for lead control, asbestos abatement, etc.).
(15) Glossary. A glossary of terms common to IH can be included. Technical terms used
in the report are listed with a plain English definition.
(16) Customer Satisfaction Survey. A customer satisfaction survey can be included.
However, inclusion with the survey report alone is not often effective in eliciting
responses. Specifically asking for response in the Executive Summary and also in
communications with the serviced command or shops might improve response
rate.
6. Command IH Survey Report Index
If the IH survey reports for a command are provided in multiple documents (e.g., by
directorate, department, division, etc.) during the applicable reporting period, then a
command IH survey report index needs to be prepared. This index references all of the
previously provided IH survey reports and includes a list of all the shops surveyed in
each individual report. The shop list should include the shop name, priority (per
Appendix 2-D), and walk-through survey date.
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Technical Manual NMCPHC-TM6290.91-2 4 JUN 2021
Appendix 2-B, Page 1
Appendix 2-B Survey Report Element Requirements for Initial/Periodic
Industrial Hygiene Survey Reports and Shop Specific Supplements to a
Periodic Industrial Hygiene Survey Report
Report Element
Initial/Periodic Industrial
Hygiene Survey Report
Elements
Shop Specific
Supplement to Periodic
Industrial Hygiene
Survey Report Elements
Cover Letter
Required
Required
Table of Contents
Required only when MORE
than 4 shops are included
Required only when
MORE than 4 shops are
included
Executive Summary
Required
Required
Overall Program Findings and
Recommendations as part of
the Executive Summary
Required, for respiratory
protection program for ashore
commands
Recommended, as needed for
others
Required, as applicable
for those shops
surveyed, for
respiratory protection
program for ashore
commands
Recommended, as
applicable for those
shops surveyed, for
others
Worksite Evaluations, Exposure
Assessments, Findings and
Recommendations and
References, and Exposure
Monitoring Plan
Required
Required, but only for
those shops surveyed
Respirator Protection Summary
Required for afloat commands
Recommended for others
Required, if applicable
for those shops
surveyed, for afloat
commands
Recommended, if
applicable for those
shops surveyed, for
others
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Technical Manual NMCPHC-TM6290.91-2 4 JUN 2021
Appendix 2-B, Page 2
Report Element
Initial/Periodic Industrial
Hygiene Survey Report
Elements
Shop Specific
Supplement to Periodic
Industrial Hygiene
Survey Report Elements
Eye Hazardous Areas and
Processes Summary
Required for afloat commands
initial survey
Recommended for others
Optional
Eye Wash and Deluge Shower
Summary
Required for afloat commands
initial and periodic survey
Recommended for others
Required, if applicable
for those shops
surveyed, for afloat
commands
Recommended, if
applicable for those
shops surveyed, for
others
Noise Hazardous Processes and
Areas Summary
Recommended
Recommended
Medical Surveillance
Recommendations Summary
Recommended
Recommended, if
applicable for those
shops surveyed
Exposure Monitoring Plan
Summary
Recommended
Recommended, if
applicable for those
shops surveyed
Reproductive/Developmental
Hazard Summary
Recommended
Recommended, if
applicable for those
shops surveyed
Carcinogen Summary
Recommended
Recommended, if
applicable for those
shops surveyed
Ototoxin Summary
Recommended
Recommended, if
applicable for those
shops surveyed
Other Command-Wide
Summary Tables and
Appendices
Optional
Optional
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Technical Manual NMCPHC-TM6290.91-2 4 JUN 2021
Appendix 2-C, Page 1
Appendix 2-C Periodic Industrial Hygiene Survey Report Frequency
Command
Hazard
Category
Periodic Industrial Hygiene
Survey Report Frequency
Command Examples
I High
Hazard
Annual, but focused on
Priority 1 shops and other
Priority 2 and 3 shops that
are due that year
Marine Aviation Logistics Squadrons (MALS), Marine Corps Logistics
Base Maintenance Centers (e.g., Barstow, CA and Albany, GA), MEF
Corrosion Control, Marine Corps Maintenance Logistics Group
Maintenance Battalions, Naval Shipyard, Ship Repair Facility, Fleet
Readiness Centers (formerly Naval Aviation Depots), Shore
Intermediate Maintenance Activity, Aircraft Intermediate
Maintenance Department, Public Works Center, Weapons Ordnance
Station, Naval Intermediate Maintenance Facility, Test Center or
Laboratory, Medical Centers and Hospitals, Assault Craft Unit, Beach
Masters Unit, Amphibious Construction Battalion, Naval Undersea
Warfare Center and Naval Surface Warfare Center (NSWC)
II
Moderate
Hazard
Every 2 years, command-wide
with Priority 1 shops
evaluated annually thereafter
Marine Corps Bases, Marine Corps Air Stations, Marine Corps
Community Services (MCCS), Marine Corps Ground Battalions (e.g.,
Infantry, Artillery, Tanks, Reconnaissance, and Engineers), Naval
Stations, Air Stations, Naval Computer and Telecommunications Area
Master Station , Fleet and Industrial Supply Center, Sea Air Land
Commando Teams, Aviation Squadrons, Submarine Learning Facility,
Fleet Imaging, Naval Facilities Engineering Command Engineering Field
Division, Naval Criminal Investigative Service, Naval Base, Exchange,
Explosive Ordnance Disposal, Naval Computer and
Telecommunication Station, Naval Communication Unit, Fleet Training
Center, Fleet Aviation Specialized Operational, Naval Education and
Training Command, Fleet Area Control and Surveillance Facility, Naval
Ophthalmic Support and Training Activity, NSWC Detachment, and
Health Clinic and Branch Clinics.
Every 3 years, command-
wide, all shops
All Navy and Military Sealift Command PM1 and PM4 Ships and
Submarines
III Low
Hazard
Every 4 years, command-wide
with Priority 1 & 2 shops
included in supplement
Reserve Centers and all other activities with primarily office or
classroom work, such as: administrative headquarters staffs and
administrative support commands
EXCEPTIONS : All afloat command shops will be designated as Priority 2 shops but will receive a singular combined
command/shop based periodic IH every 3 years as outlined in COMNAVSAFECEN NORFOLK VA 111457Z Jan 16
(ALSAFE 16/002). All Reserve Center shops will typically be designated as Priority 3 shops and will receive a singular
combined command/shop-based periodic IH every 4 years. Reserve Centers with industrial work
operations/processes, work operation/process changes, changes to work practices, or other occupational health
concerns should contact their supporting IHPO for consultation or possible evaluation outside of the four year
periodicity.
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Appendix 2-D, Page 1
Appendix 2-D Assigning Shop Priorities in Defense Occupational Environmental
Health Readiness System-Industrial Hygiene (DOEHRS-IH)
Minimum Assessment Frequency
1
Priority 1 Annual
Priority 2 Every two years (Every
three years for all Afloat command
shops)
GENERAL DESCRIPTION
2
- Shops needing
complex IH assessment or significant
monitoring.
GENERAL DESCRIPTION
2
–Shops
where work is of moderate to low
hazard.
where work is primarily in an
administrative environment.
Hazards are poorly defined or
controlled. Work environment or
processes are unstable.
Hazards well defined and
controlled. Work environment and
processes are stable.
Work environment and
processes are stable.
Except as noted below, a
recommendation/requirement for
exposure based or OSHA required
occupational health exams for all
chemical and physical hazards, all mixed
exposures and when IH recommends
respirator use based on their exposure
assessment
3
.
Exceptions: Noise 503 or 512; Blood or
Body Fluids 178; Radiation-Ionizing
505; Radiation - Laser 506; Animal
Associated Disease 207; Hazardous
Drugs 110; and Specialty exams
4
.
No exposure-driven occupational
health exam recommendations/
requirements, other than annual
audiograms. Refer to the weapons
qualification exposure discussion in
the Priority 3 Shop column.
NOTE: The IH must document their
rationale for classifying a shop other
than Priority 1 if they recommend
other exposure based or OSHA
required medical surveillance for a
chemical, physical, or mixed
exposure hazard or if respirator use
is recommended based on their
exposure assessment.
requirements.
Exception: Weapons
qualification noise exposure
typically occurs at a range
separate and distinct from the
employee’s primary workcenter;
therefore, Priority 2 Shop
categorization is not required
when inclusion of employees in
the HCP is solely due to
weapons qualification.
Applicable employees in this
Priority 3 Shop will still be
recommended for audiometric
testing and inclusion in the HCP.
In summary, the shop should be
categorized as Priority 2 if a
biennial shop reassessment is
considered professionally more
appropriate.
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Appendix 2-D, Page 2
Minimum Assessment Frequency
1
Priority 1 Annual
Priority 2 Every two years (Every
three years for all Afloat command
shops)
Highest rated SEG in shop has a Health
Risk Rating (HRR)
5
of 12 or greater or
there are high exposures (e.g., 95th
percentile > or equal to 50% OEL, other
than noise).
Highest rated SEG in shop has an
HRR
5
less than 12 and greater than
4 or exposure assessment is
moderate to low (e.g., 95th
percentile >detectable and < 50%
OEL).
negligible (e.g., insignificant or
negligible exposure).
OSHA regulatory exposure assessment
or monitoring requirements (OSH Act
Section 6b rulemaking).
Minimal potential for hazards to go
out of control or create significant
risk.
All DoD biomedical and biological
research settings, microbiology teaching
laboratories, environmental and public
health laboratories, veterinary
laboratories, and nonclinical
microbiological laboratories that use,
handle, transport, transfer, store, or
dispose of infectious agents and toxins
6
.
EXCEPTIONS: All afloat command shops will be designated as Priority 2 shops but will receive a singular combined
command/shop based periodic IH every 3 years as outlined in COMNAVSAFECEN NORFOLK VA 111457Z Jan 16
(ALSAFE 16/002). All Reserve Center shops will typically be designated as Priority 3 shops and will receive a
singular combined command/shop-based periodic IH every 4 years. Reserve Centers with industrial work
operations/processes, work operation/process changes, changes to work practices, or other occupational health
concerns should contact their supporting IHPO for consultation or possible evaluation outside of the four year
periodicity.
1
The required routine assessment frequency establishes a minimum requirement. Shops should be assessed as
frequently as necessary to adequately identify, evaluate, and control the occupational health hazards present.
2
Shop Complexity Categories (A, B, C) established for the 2009 NMAT IH staffing study in Data Call1A may be used
as a starting point for revalidating Shop Priority (1, 2, 3) codes as outlined in this appendix for DOEHRS-IH.
3
IH respirator use recommendations typically indicate employee overexposures, or are recommended as a control
for uncertain exposures needing additional monitoring/characterization. Concurrently, exposure-based medical
surveillance would likely be recommended due to exposures exceeding the OEL or action level (AL). Therefore,
more frequent visits (i.e., annually) are warranted by the IH to monitor these higher risk shops/processes or to
gather additional monitoring data. Conversely, there are some situations where an IH respirator use
recommendation in and to itself may not warrant Priority 1 shop designation or annual shop reassessments.
Potential Exceptions: 1. When respirator use by shop personnel is not based on the IH’s exposure assessment and
respirator use recommendation(s), and there are no IH exposure-based medical surveillance recommendations.
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Technical Manual NMCPHC-TM6290.91-2 4 JUN 2021
Appendix 2-D, Page 3
Some examples might include: local or higher authority directives/SOPs that automatically mandate respirator
use; command RPPM (vice IH) respirator use requirement. 2. When the IH recommends SCBA use by firefighters or
respirator use by squadron Emergency Response Teams (ERTs) because annual shop reassessments typically do
not provide additional respirator use exposure characterization information. 3. When the IH recommends
respirator use by shop personnel as a precautionary/conservative best practice for NAVFAC/PWD/Facility Dept.
maintenance employees or welders for intermittent/variable work operations/processes when all corresponding
IH monitoring has consistently documented exposures less than applicable OELs and there are no exposure-based
medical surveillance recommendations. In summary, with respect to these noted potential exceptions, a Priority
1 shop should not be categorized as a Priority 2 shop if an annual shop reassessment is considered
professionally more appropriate. Shop categorization and periodic reassessments should be conducted as
frequently as necessary to adequately identify, evaluate, and control the occupational health hazards present.
4
Per Navy and Marine Corps Public Health Center Technical Manual NMCPHC-TM OM 6260 Medical Surveillance
Procedures Manual and Medical Matrix (Edition 12).
5
HRR for a SEG is calculated by multiplying the Exposure Effects Rating (EER) by times the Health Effects Rating
(HER), according to the guidance presented in the NMCPHC IHFOM, Chapter 4.
6
Per reference 2-10, the annual PIHS requirement (i.e., Priority 1 shop categorization) does not apply to clinical
laboratories and chemical, biological, radiological and nuclear medical contingency response laboratories that: 1.
Routinely grow and manipulate Risk Group 2 or higher bacteria, viruses, and fungi that comply with the
requirements of Section 493.1101(d) of Title 42, Code of Federal Regulations (CFR); Section 1910.1030 of Title 29,
CFR; and DoD Manual 6440.02. 2. Import IAT into the United States in accordance with Section 71.54 of Title 42,
CFR and Part 122 of Title 9, CFR.
Table 1-Health Risk Rating Calculation (per DOEHRS-IH Exposure Assessment Strategy)
Health Risk Ratings
Exposure Effects Rating/Category
1/Negligible
2/Low
3/Moderate
4/High
5/Very High
Health
Effect
Rating/
Category
5/Very High
5
10
15
20
25
4/High
4
8
12
16
20
3/Moderate
3
6
9
12
15
2/Low
2
4
6
8
10
1/Negligible
1
2
3
4
5
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Technical Manual NMCPHC-TM6290.91-2 4 JUN 2021
Appendix 2-D, Page 4
Table 2-Exposure Effects Rating Categorization (per DOEHRS-IH Exposure Assessment Strategy)
Exposure Effects
Rating/ Category
IH Exposure Hypothesis based on 95
th
Percentile Exposure Point Estimate
Exposure Profile
5/Very High
Expected to be at or above the OEL
Gross frequent contact with agents at
very high concentrations; Materials
have high vapor pressure or dustiness
4/High
Likely to be an exposure, but between 50%
OEL and OEL
Likely contact with agent at high
concentrations or infrequent contact
at very high concentrations; Materials
have significant vapor pressure or
dustiness
3/Moderate
Exposure frequently < 50% OEL, or
generally between 10-50% of OEL
Occasional contact with agent at
moderate concentrations or
infrequent contact at high
concentrations; Materials have low
vapor pressure or dustiness
2/Low
Exposure infrequent, < 10% of OEL
Infrequent contact with agents
1/Negligible
No detectable exposure
Current science cannot determine that
there is exposure to agent
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Technical Manual NMCPHC-TM6290.91-2 4 JUN 2021
Appendix 2-D, Page 5
Table 3-Health Effects Ratings Categorization (per DOEHRS-IH Exposure Assessment Strategy)
Health Effects
Rating/Category
Health Effect
Health Effects Codes
5/Very High
Acute life-threatening or
disabling injury or illness
Health Hazard: HE1 - Regulated carcinogens; HE2 Chronic
(cumulative) toxicity - known or suspect human (IARC
Group1 & Group 2A, ACGIH A1 & A2) carcinogens,
mutagens; HE17 - Chemical asphyxiants, anoxiants; HE11
Respiratory effects - acute lung damage, edema
Safety: Death, Loss of facility or asset
Noise: Immediate hearing loss, impulse noise
4/High
Chronic irreversible health
effects of concern
Health Hazard: HE3 Chronic toxicity - long term organ
toxicity other than nervous, respiratory, hematologic, or
reproductive; HE5 Reproductive hazards - teratogens, or
other impairment; HE7 Nervous system disturbances -
other than narcosis; HE10 - Respiratory effects (other than
irritation) - cumulative lung damage; HE9 - Respiratory
effects (other than irritation) respiratory sensitization
asthma or other
Safety: Major property damage
Noise: Noise induced hearing loss, permanent and
temporary threshold shifts, will eventually lead to
permanent hearing loss
3/Moderate
Severe reversible health
effects of concern
Health Hazard: HE14 Irritation of eyes, nose, throat, skin
marked; HE6 - Nervous system disturbances - cholinesterase
inhibition; HE12 - Hematologic disturbances anemias; HE13
- Hematologic disturbances methemoglobinemia, anemias;
HE4 - Acute toxicity - Short-term high risk effects (non-IDLH)
Safety: Minor property damage
2/Low
Reversible health effects of
concern
Health Hazard: HE15 Irritation of eyes, nose, throat, skin
moderate; HE16 Irritation of eyes, nose, throat, skin
mild; HE8 - Nervous system disturbances - narcosis
Safety: Minimal threat to personnel, property, first aid,
minor supportive medical treatment, but still a violation of a
standard.
1/Negligible
Nuisance health effects
(Reversible health effects of
little concern or no known or
suspected adverse health
effects)
Health Hazard: HE19 - Generally low risk health effects -
nuisance particulates, vapors or gases; HE 20 - Generally low
risk health effects odor
Safety: No violation of a standard.
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Appendix 2-E, Page 1
Appendix 2-E Recommended Formats for Medical Surveillance Summaries
Shop: CODE 123 AIR OPS DEPARTMENT (SHOP SUMMARY)
SEG: FLIGHTLINE
Work Operation/Process Task
Recommended
Medical Program
Medical Program
Number
Estimated Number Of
Workers
Flight Line Operations
Noise
503
10
Medical Surveillance Table (Command Summary)
Command: XYZ Squadron/12345
MEDICAL SURVEILLANCE TABLE (AOR SUMMARY)
AOR: NHC ANYWHERE
Command/
UIC
Shop/SEG
Work Operation/
Process/Task
Recommended
Medical Program
Medical
Program
Number
Estimated
Number Of
Workers
XYZ
SQUADRON/1
2345
Air Ops Department
(Code 123) / Flightline
Flightline
Operations
Noise
503
10
XYZ
SQUADRON/1
2345
Corrosion Control
Department (Code
456) / Corrosion
Control
Spray Painting
Respirator User-Full
Face
716
2
XYZ
SQUADRON/1
2345
Maintenance
Department –
Material Control
(Code 789) / Supply
Materials Handling
And Storage
Forklift
210
12
ABC
SQUADRON/9
8765
Air Ops Department
(Code 123) / Flightline
Flightline
Operations
Noise
503
12
Shop/SEG
Work Operation/
Process/Task
Recommended
Medical Program
Medical
Program
Number
Estimated
Number Of
Workers
Air Ops Department (Code 123) /
Flightline
Flightline
Operations
Noise
503
10
Maintenance Department Aircraft
Division - Corrosion Control Shop
(Code 456) / Corrosion Control
Spray Painting
Respirator User-Full
Face
716
2
Maintenance Department Material
Control (Code 789) / Supply
Materials Handling
And Storage
Forklift
210
12
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Appendix 2-E, Page 2
Command/
UIC
Shop/SEG
Work Operation/
Process/Task
Recommended
Medical Program
Medical
Program
Number
Estimated
Number Of
Workers
ABC
SQUADRON/9
8765
Corrosion Control
Department (Code
456) / Corrosion
Control
Spray Painting
Respirator User-Full
Face
716
3
ABC
SQUADRON/9
8765
Maintenance
Department –
Material Control
(Code 789) / Supply
Materials Handling
And Storage
Forklift
210
8
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Technical Manual NMCPHC-TM6290.91-2 4 JUN 2021
Appendix 2-F, Page 1
Appendix 2-F Procedures for Managing and Transferring Data Between
Industrial Hygiene Program Offices
1. Background
Managing data for commands/organizations transferring between IHPOs’ AOR needs
coordination between the involved IHPOs and Region industrial hygienists. However,
additionally managing the data for such relocating commands/organizations within
DOEHRS-IH needs even more coordination and cooperation between IHPO, Region and
NMCPHC points of contact (POCs).
2. Purpose
This appendix provides guidance to identify and define IHPO responsibility for performing IH
surveys for stationary shore based commands/organizations or mobile
commands/organizations such as air squadrons, wings, fleet squadrons, ships, submarines,
etc., creating IH survey reports and entering data into DOEHRS-IH. This appendix also
provides guidance for managing or transferring DOEHRS-IH data between BUMED IHPOs
when a command/organization relocates from one IHPO’s AOR to a different IHPO’s AOR.
3. IHPO Responsibility for Entering Command/Organization Data into DOEHRS-IH
a. Stationary Shore Based Commands/Organizations Or Mobile Commands/Organizations
Such As Air Squadrons, Wings, Fleet Squadrons, USN Ships, Submarines, Etc. The
assigned AOR IHPO is responsible for entering the initial data into the DOEHRS-IH
database and then for entering all subsequent necessary/applicable DOEHRS-IH data.
This includes data for any PIHS conducted by the AOR IHPO, or data provided by another
non-AOR IHPO service provider. The assigned AOR IHPO maintains ownership until such
time as the command/organization relocates to a new IHPO’s AOR. For example, when a
ship changes homeports or a squadron relocates from the west to the east coast.
b. USNR Ships. The assigned AOR IHPO is responsible for entering the initial ship data into
the DOEHRS-IH database and then for entering all subsequent necessary/applicable
DOEHRS-IH data. This includes data for any PIHS conducted by the AOR IHPO, or data
provided by another non-AOR IHPO service provider.
4. Managing and Transferring Paper and Electronic Surveys and Data
Follow all records retention requirements as discussed earlier in this chapter.
Communication between the gaining and losing IHPOs is essential to ensure any needed
data is transferred or copies provided to the gaining IHPO.
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Appendix 2-F, Page 2
5. Managing and Transferring DOEHRS-IH Data
Managing or Transferring DOEHRS Data between BUMED IHPOs When a
Command/Organization Relocates from One IHPO’s AOR to a Different IHPO’s AOR. An
example of this scenario is when a ship changes homeports. Another example would be
when a stationary shore based command/organization completely relocates to another
distant area. When a command/organization geographically relocates, it typically changes
servicing IHPOs. Therefore, a decision needs to be made about how to handle the existing
data in DOEHRS-IH. The gaining IHPO needs to discuss what data is already in DOEHRS-IH
with the losing IHPO, and a gaining IHPO POC should be allowed to temporarily join the
losing IHPO to see what data they would be receiving and how it is named and organized.
Both IHPOs need to discuss and agree upon what will be the best option for transferring the
data. The losing IHPO should initiate an MCR by sending an email to the DHA and DOEHRS-
IH Help Desks ([email protected] and [email protected]) and copying (CCing)
both the gaining IHPO and the Navy DOEHRS-IH SLA at NMCPHC. The DOEHRS-IH help desk
will ask the Navy DOEHRS-IH SLA to approve the request. The Navy DOEHRS-IH SLA will
usually verify the MCR with both IHPOs.
NOTE: Depending on the situation the DOEHRS-IH vendor will ask for clarification or
verification of the MCR; please be very specific and detailed, as the DOEHRS-IH vendor
personnel are not industrial hygienists. Also, depending on what data is already in the
gaining IHPO and available in the losing IHPO, the MCR can specify what exactly should be
moved or copied where, or specify changes in naming, etc.
NOTE: Any data transfer should be performed before the losing IHPO stop dates (archives)
the data in their IHPO. This keeps the data from having to “un-stop dated”. Data transfer
options include:
a. Moving Command/Organization DOEHRS-IH Data to Another IHPO.
(1) Advantage of moving the data is that it keeps the continuity of the data and there is
no data duplication in the system that might show up when querying historical
(archived) data.
(2) Disadvantage of moving the data is that there is no reference (besides the MCR
itself) that the command/organization was ever serviced by the losing IHPO.
(3) When applicable, a shop and all of its processes and data associated with those
processes can be moved to the gaining IHPO. If a SEG is solely associated with
processes from that shop, it can also be moved to the gaining IHPO. However, if
there are processes that exist in SEGs with other data not associated with the shop
being moved (i.e., in Super-SEGs with processes from other shops not being moved),
then the DOEHRS-IH vendor will have the requester (losing IHPO) verify details all of
the data that they would like moved. It is important the both the losing and gaining
IHPOs coordinate on this.
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Appendix 2-F, Page 3
(a) The requestor can opt to only move SEGs where all of the data is from shops
being moved, and then the gaining IHPO would need to recreate from scratch a
SEG for shop/processes that were originally part of a Super-SEG with data from
shops not being moved.
(b) Otherwise, in the case of such a Super-SEG where not all of the processes are
from shops being moved, and the requester decides the SEG needs to be copied
over to the gaining IHPO, the requestor will need to determine what data is in
that SEG for the moved shop/processes which needs to be moved/copied as
well.
1. Any child records in the SEG will need to be verified by the requestor as to
whether they want that data copied to the new SEG at the new PO.
2. The one type of data that cannot be copied is samples. Samples in the
database are unique and cannot exist in two places (even if one is stop
dated) with the same sample ID. Therefore, if samples need to go to the
gaining IHPO, they must be moved and NOT copied.
NOTE: Only the samples from the moved shop/processes will exist in the new
SEG at the gaining IHPO.
3. Of particular concern here would be assessment data. The requester would
need to determine if the assessment in a SEG associated with a process from
the moved shop needs to be moved (if not associated to other
shop/processes not being moved) in the SEG or copied to the new SEG in the
gaining IHPO. Here the requester would need to determine if the assessment
is tied to a sample that is being moved to the receiving IHPO.
a. If the assessment only contains processes from the shop being moved,
then no conflicts should exist.
b. If the assessment crosses over the shop/processes being moved as well
as shop/processes not being moved, then the assessment should not be
moved to the new SEG in the gaining IHPO, and the gaining IHPO will
need to assess the process based on the moved or new data. For the
losing IHPO, the existing completed assessments which crossed over the
shop/processes being moved as well as shop/processes not being moved
would remain, even if they are based on moved samples or other data
related to the moved shop/processes. However, the moved data would
not be available when the process assessment is reassessed
NOTE: Moving all the data for a relocating command/organization works well for mobile
commands/organizations where the entire facility moves. However, a stationary shore
based command/organization is typically influenced by the facility; the new building and
location will not be identical and might differ in ambient conditions, size, equipment,
supplies/materials, engineering controls (type and efficacy) (e.g., ventilation), personnel,
etc. These differences could greatly affect the data and exposure assessments for the
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command/organization; so previous shops, processes, SEGs, hazards, controls, personnel,
shop equipment, sampling, assessments, recommendations and master schedule entries,
etc. would not necessarily apply. Therefore, if a stationary shore based
command/organization moves to a location within a different IHPO’s AOR, moving all the
data would not work as well, and perhaps just copying the pertinent data from the losing
IHPO to the gaining IHPO would work better.
NOTE: In certain situations (e.g., if data is moved from the losing IHPO to the gaining IHPO
and the gaining IHPO already has some data entered for that relocating
command/organization and wants to merge the moved data into their existing data), the
move would have to be specifically described in the MCR. This is a case where the gaining
IHPO needs to write/help write the MCR for losing IHPO to submit.
b. Copying Command/Organization DOEHRS-IH Data to Another IHPO.
(1) Advantage of copying the data is that the original data would remain archived in the
losing IHPO for historic reference.
(2) Potential Issues
(a) It would cause data duplication in the system that might show up when querying
historical (archived) data.
(b) The one type of data that cannot be copied is samples. Samples in the database
are unique and cannot exist in two places (even if one is stop dated) with the
same sample ID. Therefore, if samples need to go to the gaining IHPO, they must
be moved and NOT copied.
NOTE: Copying the pertinent data from the losing IHPO to the gaining IHPO may work well
for a relocating stationary shore based command/organization. As mentioned previously, a
stationary shore based command/organization is typically influenced by the facility; the new
building and location will not be identical and might differ in ambient conditions, size,
equipment, supplies/materials, engineering controls (type and efficacy) (e.g., ventilation),
personnel, etc. These differences could greatly affect the data and exposure assessments
for the command/organization; so previous shops, processes, SEGs, hazards, controls,
personnel, shop equipment, sampling, assessments, recommendations and master schedule
entries, etc. would not necessarily apply. However, for mobile commands/organizations
where the entire facility moves, moving all the data for a relocating command/organization
may work better.
NOTE: In most situations (e.g., where only certain pertinent data would be desired to be
copied, or where the gaining IHPO already has some data entered for that relocating
command/organization and wants to merge the copied data into their existing data), the
copy would have to be specifically described in the MCR. This is a case where the gaining
IHPO needs to write/help write the MCR for losing IHPO to submit.
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Appendix 2-F, Page 5
NOTE: After the information is copied for the relocating command/organization to the
gaining IHPO, the losing IHPO would need to then stop date (archive) their data for that
command/organization.
NOTE: Copying existing data can also be useful to create a template for a new or relocating
command/organization in an IHPO. Shops, processes, and perhaps SEGs can be copied from
another IHPO or from within an IHPO as a template, when the new command/organization
is of the same class or type and has a matching structure (e.g., ships, submarines, wings,
squadrons, etc. of the same class and type) as an existing command/organization.
c. Command/Organization Data Transfer Conclusions. When an existing mobile
command/organization relocates/changes homeport to a different IHPO AOR, moving
any existing data is likely the best option. A mobile command/organization is its own
self-contained facility; so it makes sense to move the data from one IHPO to another if
the command/organization receives IH services from a different IHPO. However, the
individual situation also needs to be considered. There may be cases where the gaining
IHPO might want to start from scratch or use only what data they have already entered
themselves. (e.g., the losing IHPO has very little shop, process or SEG data (perhaps
organized in a manner the gaining IHPO does not want) and has no sampling or
assessments.) Also, there may be cases where both IHPOs might want to just copy some
or all of the data to the gaining IHPO, with the losing IHPO then stop dating (archiving)
all their data for that command/organization afterwards. (e.g., the data in the losing
IHPO is so structured that the gaining IHPO prefers to only use some of the existing data
and start from scratch with the rest and so archiving the losing IHPO’s complete data is
useful from a historic perspective; or a mobile command/organization is undergoing a
major change in conjunction with the relocation where existing data, sampling and
assessments would no longer be applicable, and it is better from a historic perspective
to archive the losing IHPO’s complete data before the change and relocation.)
When an existing stationary shore based command/organization relocates to a different
IHPO AOR, copying pertinent existing data is likely the best option, since not all the data
will be pertinent at the new location, and it is better from a historic perspective to
archive the losing IHPO’s complete data before the change and relocation. Copying
existing data from a matching command/organization to a new command/organization
is useful and a timesaver for creating templates for shops, processes, and perhaps SEGs
when the new command/organization is of the same class or type and has a matching
structure (e.g., ships, submarines, wings, squadrons, etc. of the same class and type) as
an existing command/organization.
For Additional Information: Please see topic "UIC/Command/Shop/Processes" in the
DOEHRS-IH Frequently Asked Questions.