Exxon Mobil Glove Guidelines recommends use if improved-technology impact resistant gloves KONG for daily routine tasks.

1. DATE: August 15, 2010
TO: USP Employees & Contractors
FROM: USP Operations Superintendents/Operations Managers
SUBJECT: USP Glove Guideline
Historically, hand injuries have made up a significant portion of our total hurt index. Although personal
protective equipment (PPE) is the last line of defense against hand injuries, we still need to focus
attention on it since it functions as our one last chance to prevent hand injuries.
Effective immediately, USP Management has endorsed the following USP Glove Guideline for use in
our work areas. The guideline applies to employee and contractor activities.
Gloves currently being used MUST be evaluated using this document to ensure that they meet our
minimum criteria.
This USP Glove Guideline is available via the USP Business Processes Globalshare, and will be
attached to Exhibit G (Safety, Health, and Environmental Requirements attachment) to service contracts,
both new and currently in effect.
___________________________________________________________________________________
While the objectives of this guideline are covered in detail on the following pages, the guideline
requirements are summarized below in quick-read format:
Base-case glove use requirement (effective immediately):
Improved-technology impact resistant gloves (examples: KONG, GUG, GGT5, Oil Rigger HD,
etc.) must be used for daily routine tasks.
NOTE: When confronted with choosing another glove, one must clearly justify that
Improved Technology, Impact Resistant gloves are not appropriate for the task.
This type glove must be used until the scope of the task compels greater manual dexterity or the
use of specialty gloves (See Figure 1 – Decision Tree).
Employees and contractors must wear gloves the entire time they are present in field and plant
process work areas and worksites, and will take them off only to write, interface with keyboard-
type equipment (examples: Intel-a-trac units, total flow computers, gas monitoring equipment,
etc.) and to see to personal needs.
Posters showing approved gloves are being developed for prominent placement in all field and plant
offices and on all process area bulletin boards. These posters will be prominently displayed, particularly
at points of ingress to worksites and process areas to remind employees and contractors of the new
requirements.
Important: Reference the decision tree on the next page and the rest of this package for detailed
guidance on glove selection and hand safety.

2. Figure 1 – Decision Tree

3. 1 Objective
The objective of the USP Glove Guideline is to provide guidance to USP employees and contractors
working for USP regarding our expectations for glove use for all work-related job tasks on USP locations
(does not address office-based job tasks).
The use of gloves will not prevent all hand injuries; the primary focus should always be to eliminate hand
exposure to pinch points, crush points, impact zones, etc. In rare occasions there will be times when
gloves will need to be temporarily removed (for some small, specific task); however it is expected that
prior to a worker removing his/her gloves, all potential hand injury risks present in the workplace will be
appropriately evaluated and mitigated.
For consideration to eliminate & mitigate hazards, one should plan their work to avoid contact with pinch
or crush points, hand traps, hot surfaces, and sharp edges. Survey the planned tasks for adjacent strike
points that could be hit if the tools you are using slip or lose purchase on the work piece, then select the
gloves that are appropriate for the tasks to be performed.
2 Basic Requirements
A. Gloves MUST be worn when present in the field and plant and should not be removed until the
tasks that involve hazards are complete.
B. Jobs MUST be evaluated to determine what specific hand protection is required. Appropriate
gloves (i.e., impact resistant, cut resistant, electrical resistant, etc.) for the specific job task should
be worn until that task is completed. For example, but not inclusive:
• “Improved Technology” gloves MUST be worn while performing all tasks until the scope of
work compels changing to special purpose PPE. This includes use of hand tools and power
tools, opening and closing block valves, rig work, hand excavation, all pipe handling,
structural assembly, and carrying or shifting materials and equipment.
• Cut-resistant gloves (steel mesh or equivalent) MUST be worn during work that involves
knives or other cutting tools (e.g. food preparation, install/remove equipment insulation
cladding, sharp edge activities).
• Chemical resistant gloves MUST be worn when using any type of cleaning solvent or
chemical
Note: Individuals MUST review the MSDS to determine the appropriate level of PPE required,
including gloves).
• Food handling gloves MUST be constructed of Nitrile or Vinyl and should be changed
routinely between tasks or when soiled. Latex gloves MUST NOT be used in food handling
(due to the potential for cross-contamination and allergic reactions).
C. Gloves should be used, maintained, and discarded according to the manufacturer’s
recommendations.
D. Permit-to-work systems and job safety analysis MUST identify the appropriate gloves.

4. E. “Improved technology” gloves having the following characteristics are acceptable (see Table 1.2 for
examples of “New Technology” gloves that meet these criteria).
• Thermo Plastic Resin (TPR) impact protection to the hand and full length of the fingers
• High visibility to the palm and dorsal areas of the hands
• Adequate grip; good dexterity; anti-fatigue properties
• Penetration/cut protection
• Weather/environmental protection (where applicable)
F. Barrier creams CANNOT replace gloves; however, barrier creams should be used selectively to
provide increased protection against contact dermatitis and irritation caused by chemical exposure
to any exposed skin.
G. When changing from gloves used for daily routine tasks, consideration should be given to using
break-away glove clips to ensure that other appropriate gloves (e.g. specialty or gloves used for
greater dexterity) are available at all times (examples are in the appendix).
H. Incident reports MUST capture the following data for all finger/hand/wrist incidents and should
include photos safely simulating the incident with the same glove type used. Corrective actions
MUST consider improvements in hand protection including glove enhancement suggestions.
• Did pre-job planning specify glove requirements?
• Were gloves being worn at the time of the incident?
• Type of glove used (general purpose, leather, chemical, electrical, light duty, etc.).
• Manufacturer/model of glove used.
• Area of hand or wrist affected by the incident.
I. Every worker should reference the USP Glove Guideline to select the appropriate gloves for each
job task they may perform. Local PPE and glove training MUST address the following:
• Proper selection and acquisition
• Proper use
• Limitations
• Care instructions
• USP Glove Guideline document
J. These guidelines are not intended to address office-based job tasks (paperwork, keyboarding,
etc.). However, these guidelines do apply to certain work-related job tasks that may occur in the
office setting (cleaning, carpentry, electrical, etc.).
K. New gloves, and new glove designs, will come into the market place; please provide feedback to
RSO on evaluation of new products.
3 Exceptions
A. This guideline does not cover the selection and use of specific hand protection/PPE pertaining to
qualified workers performing tasks that present a potential hazard from shock, electrocution, or
electrical flash burn. Specific PPE requirements are outlined in the Upstream Safety Manual
(USM) Section 8.8 as outlined per NFPA 70.

5. The table below lists various glove types, with primary benefits and common uses for each.
Table 1.1
Glove Type Primary Benefit Common Uses
“Improved Technology” Daily • Protects from impacts / All work as base case (i.e.,
routine/general purpose caught between hazards daily routine/general-purpose
gloves with dorsal / full- • Provides adequate grip and work; handling pipe, hand and
finger impact protection TPR dexterity power tools, and materials with
(Thermo Plastic Resin) • Provides warmth (where rough surfaces).
applicable) • Cotton work gloves shall no
• Cuts/puncture resistance longer be used for most
• Washable and reusable daily work; however they
may be used for light-duty
tasks.
“Improved Technology” • Protection from minor cuts Partial Impact Protection -
Increased Dexterity Gloves and abrasions • Field work activities with
with partial impact protection • Abrasion resistance finer dexterity is required;
• Excellent grip eg: fine electrical (de-
• Good dexterity energized) or
• Comfortable and machine instrumentation work
washable
Cut resistant glove for food • Protection from knife/ • Catering; cutting & food
preparation cutting injuries and cuts preparation
• Chain mesh
• Dyneema / Steel core
• Kevlar
Heat resistant or Insulated • Protection from thermal • Welding, operating
Leather exposures cryogenic equipment,
• Burns (hot or cold) • Working on equipment
around engines, boilers,
and steam lines
Chemical resistant Protection from chemical • Handling chemicals such
• Butyl Rubber exposures as acids, caustics, soda
• Nitrile • Skin contact ash, most hydro-carbons,
• Polyvinyl Alcohol • Skin irritation or absorption pesticides and cleaning
• Neoprene • Chemical burns products
• PVC
• Viton • Note: The MSDS must be
reviewed to determine
appropriate level of PPE
Electrical insulated Protection from electrical • Work on electrical
(Voltage Dependent) exposures equipment
• burns and shocks
Medical evaluation/ response Protection from exposures • First aid, emergency
• Latex (not for use in • Blood-borne pathogens response
handling food) • Mild detergents
• Nitrile
Food Handling Protection from exposures • Food preparation not
• Nitrile • Blood-borne pathogens involving cutting,
• Vinyl • Mild detergents • glove liners

6. This table lists some of the currently available gloves that meet USP minimum criteria for daily routine
work gloves. NOTE: The table is not exclusive and other gloves that meet the criteria can be used.
Table 1.2
Improved Technology -(Daily routine task gloves w/ dorsal TPR impact protection)
Purpose Protects from abrasions / cuts, from impacts / caught between hazards. Provides
adequate grip and dexterity and warmth (where applicable).
Common Uses General-purpose work and surveillance; hand tool use, pipe handling, opening
and closing valves, lifting/carrying, and materials with rough/sharp surfaces.
Manufacturer Glove Model
HexArmor GGT5
Ironclad KONG, GUG, RWG, Super Duty
MCR ForceFlex
Oil Rigger HD
Mechanix
Mpact 2 & 3
Ringers Roughneck
West Chester R-Series
This table provides the recommended glove type for handling specific chemicals in operations (not an all-
inclusive list).
Table 1.3
Chemical/Product Name Recommended Glove Type
Acetone Butyl Rubber
Amines Nitrile
Breaxits with Naptha, Toluene, and Xylene Polyvinyl Alcohol
Chlorine Neoprene
Cleaning Solvents Nitrile
Corexit (s) with Isopropanol Nitrile
Corexit (s) with Gluteraldehyde Neoprene
Crude, Condensate, NGLs Nitrile
Diesel Fuel Nitrile
Ethylene Glycol Nitrile
Gasoline Nitrile
Greases Nitrile
Inorganic Acids (i.e., Sulfuric Acid) Neoprene or Nitrile
Inorganic Bases (i.e., Caustic Soda) Neoprene or Nitrile
Lube Oils/Napthas Nitrile
Methanol Butyl Rubber
Methylethyl Ketone Butyl Rubber
NAF (Non-Aqueous Fluid) Neoprene or Nitrile
OBM (Oil Base Mud) Neoprene or Nitrile
Pesticides Nitrile
Sulfur Compounds Neoprene
Trichloroethane, 1, 1, 1 Polyvinyl Alcohol
Varsol Nitrile

7. Table 2.1 Example Impact Resistant Gloves
(Examples; not an all-inclusive list)
Benefits include:
• Thermo Plastic Resin (TPR)
impact protection to the hand and
full length of the fingers
• High visibility to the palm and
dorsal areas of the hands
• Adequate grip
• Anti-fatigue properties
• Penetration/cut protection
• Hot/cold weather environmental
protection (where applicable)
• Comfortable
• Washable
• Not a one-size-fits-all; offers a
size-appropriate glove for
individuals

8. Table 2.2 Cut Resistant Gloves
(Examples; not an all-inclusive list)
Uncoated Cut Resistant Gloves
• Cut resistant
• Soft, comfortable Dyneema, wrapped around a
stainless steel core
• Can be laundered and bleached repeatedly for
long glove life
Encapsulated Stainless-Steel Cut Resistant
Gloves
• Cut resistant
• Unique elastic cover banding in cuff for comfort
and safety with color-coding for size identification
• Durable, flexible and ambidextrous
• Washable and bleach safe
Steel Mesh Gloves
• Cut resistant
• Easily cleaned and sanitized
• 3” cuff offers additional wrist protection
• Flexible and ambidextrous
• Comfortable, without excessive hand fatigue
Cut Resistant Gloves
• Unique polyurethane coating with a slip resistant
grip
• Kevlar, Spectra and stainless steel construction
• 3” cuff offers additional wrist protection
• Color coded cuffs provide easy size identification
• Not for general-purpose work
• Good for handling glass or sheet metal

9. Table 2.3 Partial Finger / Dorsal ThermoPlastic Resin Impact Protection
(for Dexterity) and Specialty Task Gloves
(Examples; not an all-inclusive list)
• Partial Finger / Dorsal TPR Impact protection
• Good for every day partial impact potential jobs and
increased manual dexterity
• Protection from cuts and abrasions
• Abrasion resistance
• Excellent grip
• Good dexterity
• Comfortable and machine washable
Examples:
MCR’s 900 or 907 Series Glove
Mechanix’s FastFit Glove or Utility Glove
Ringer’s QuickFit
West Chester’s 86110 All Task Glove
Ironclad Super Duty
• Neoprene - Protects against cuts, abrasions, organic
solvents, oils, greases, and petrochemicals
• Nitrile - Offers excellent abrasion resistance; protects
against solvents and chemicals
• PVC - Protects against most acids, fats and petroleum
hydrocarbons; excellent liquid and solvent protection.
• Butyl Rubber - Resistant to oxygenated solvents and
most oxidizing chemicals
• Polyvinyl Alcohol - Excellent chemical resistance
against polychlorinated biphenyl (PCBs), aromatic
hydrocarbons, esters, aliphatic and organic solvents,
and most ketones
• Heavy leather
• Full leather gauntlet cuff
• All seams fully welted
• Turned leather hems
• Flame-resistant sleeves
• Heat, flame and spark protection
• Constructed of a seamless rubber with the glove class
marked on the cuff
• Electrical gloves and protector gloves MUST be
selected based on the class of glove required to do the
job
Note: ONLY QUALIFIED electricians should perform
electrical work.

10. Table 2.3 Specialty Task Gloves (cont.)
(Examples; not an all-inclusive list)
Nitrile or Latex
• Abrasion resistant
• Puncture resistant
• Good dexterity
• Comfortable
• Rated for medical usage
Nitrile or Vinyl
• Abrasion resistant
• Puncture resistant
• Good dexterity
• Comfortable
• Rated for food handling
Gloves Clips
(Examples; not an all-inclusive list)
Glove Guard, Handi Klip, Utility Clip or Glove Grabber
• 15 lb. break-away design
• Keeps gloves at hand while using other types of gloves
• Strong grip
• Interlocking teeth

11. Improved-technology - Impact Resistant Gloves
(e.g. - KONG, GUG, GGT5, Oil Rigger HD, etc.)
These must be used for routine daily tasks.

12. Glove Selection Table 3
Daily Routine Tasks Tasks requiring manual dexterity Specialty Tasks
Specialty gloves for
Full finger/dorsal TPR¹ impact protection Partial finger/dorsal TPR impact protection Other Hand Protection
task execution
Manufacturer Model # Model # Refer to Table 1.1
HexArmor² HexArmor GGT5 4020 Ultimate L5 Mechanics 4018 Partial finger / dorsal TPR Note: Leather gloves
HexArmor GGT5MUD 4021 glove 4023 impact protection gloves may be used for
HexArmor Impact Hi Viz 4026 Chrome 360 4022 are preferred for these carpentry work unless
Chrome Series Cut 5 tasks, however, there are there is a potential for
Ironclad minor exceptions: hand impact.
KONG Original IPWSDX0 SuperDuty SDG
KONG SuperGrip IPWSDXG Ranchworx RWG
Neoprene coated cotton
KONG Cold Weather 0 Workcrew WCG gloves may be used if the
IPWSDX General Utility GUG only potential hand hazard
W I-Viz IVO/IVG
is dust / dirt exposure
Cold Condition CCG
Heavy Utility HUG Bare hands may be used in
MCR MCR Force Flex HV100 MCR Force Flex ZB100 the work area for brief
MCR Force Flex HV200 MCR Force Flex B100 periods if gloves do not
MCR Force Flex HV300 MCR Force Flex Y200 provide sufficient dexterity
MCR Force Flex Y300 for:
MCR Multi Task 900 • Writing
MCR Multi Task 907 • Utilizing flow computers
or other electronic
Mechanix M-PACT ORDH SHD-91 M-PACT SMP-91 monitoring or
M-PACT 2 SP2-91 FastFit SFF-91 communication devices
M-PACT 3 MP3-05 Original SMG-91
Cold Weather MCW2-08
Ringers Roughneck 267 Heavy Duty 213
Roughneck Shortee 257 Impact 146
Roughneck Vented 258 Extrication 314
Roughneck Insulated 266 Hi Vis Rescue 347
Authentic 133
Quickfit 113
West Chester R² Safety - Orange 86713 Brute 86540
R² Safety - Blue 86712B Safety 86525
R² Safety - Winter 86711 Box Handler 86650
R² Safety - 86710B Tank 86500
Extreme Cold Weather 96650
Job 1 86150
¹TPR – Thermo Plastic Resin (protects from impact/caught between hazards)
²HexArmor gloves are also cut and puncture resistant
3
This list is provided as a guide and is not all inclusive, when additional gloves are located or desired, contact the RSO Safety Group for guidance