ANTHRAX THREATS
Background Information and Response Guidelines
BACKGROUND
The guidelines provided here are related to anthrax threats only
and are not all inclusive but provide a reasonable variety of
potential situations.
In recent years there have been an increasing number of incidents
in which letters alleging to contain anthrax have been sent to
health clinics, government offices and other locations. While
all such incidents to date have proven to be hoaxes, the threat
is real. All incidents must be treated as real until proven otherwise!
This will minimize the risk in the event of a real incident and
protect the crime scene.
WHAT TO LOOK FOR
Common features of previous anthrax threat letters included: no
return address, excess postage, hand written or poorly typed address,
misspelling of common words, restrictive marking such as "personal",
"confidential", excessive weight or a feeling of a powdery
substance. However, it cannot be assumed that future letters will
appear at all out of the ordinary.
If a threat letter is received, remain calm! Even if the
letter or package really does contain anthrax spores, you are
not in immediate danger. Anthrax is not transmissible from person
to person. If a suspicious letter or package is unopened and no
material is leaking out, or if a letter or package is opened and
no powder is contained within (but there is a claim of anthrax),
the risk of contracting anthrax is extremely low.
WHAT IS ANTHRAX AND HOW IS IT TRANSMITTED?
Anthrax is an acute infectious disease infection which can
occur in three forms: cutaneous (skin), the most common form,
inhalation, and gastrointestinal.
WHAT ARE THE SYMPTOMS OF ANTHRAX?
Symptoms usually occur within 7 days and vary depending on
how the disease was contracted.
Cutaneous: Skin infection begins as a raised itchy bump
resembling an insect bite that develops into a vesicle within
1- 2 days and then a painless ulcer, usually 1- 3 cm in diameter,
with a characteristic black necrotic center. Lymph glands in the
adjacent area may swell. Deaths are rare with appropriate antibiotic
treatment but occur in about 20% of untreated cases.
Inhalation: Initial symptoms may resemble a common cold.
After several days, the symptoms may progress to severe breathing
problems and shock. Inhalation anthrax results in death in greater
than 90% of cases, unless promptly treated with appropriate antibiotics
(Ciprofloxacin.)
Intestinal: Gastrointestinal anthrax, characterized by
an acute inflammation of the intestinal tract, may follow the
consumption of contaminated meat. Initial signs of nausea, loss
of appetite, vomiting, fever are followed by abdominal pain, vomiting
of blood, and severe diarrhea. Intestinal anthrax results in death
in 25% to 60% of cases.
IS THERE A TREATMENT FOR ANTHRAX? YES ...
Yes, antibiotic treatment should be initiated as soon as possible
(Ciprofloxacin.) If left untreated, the disease can be fatal.
RESPONSE GUIDELINES
FOR THE PERSON(S) IMMEDIATELY EXPOSED
You have opened a letter or package that claims
to contain anthrax and has powder inside the envelope. The powder
may or may not have spilled out onto your desk, the floor, your
hands or your clothing.
YOUR FIRST GOALS ARE TO
RELAX, REMAIN CALM AND
CONTAIN THE CONTAMINATION AS FOLLOWS:
- Do not disturb the letter any further. Do not pass it around.
- Do not try to clean up the powder or brush it off your clothing.
- Stay in your office or immediate work area. This also applies
to co- workers in the same room.
- Lock the door, if applicable, to prevent others from entering
the area and becoming contaminated. Remember you are not
in immediate danger.
- CALL FOR HELP. This may be to your supervisor, an in- house
emergency /response (EOS Safety Committee members) or
to 911 depending on your own situation. (SEE LIST OF CONTACTS
BELOW)
- Keep your hands away from your face to avoid contaminating
your eyes, nose or mouth.
- If possible (without leaving your workspace), wash your hands.
- If possible have the building ventilation system shut down
and turn off any fans or equipment that is circulating air around
your workspace. (SEE LIST BELOW FOR CONTACTS)
- Wait for help to arrive.
CONTACTS - EARTH & OCEAN SCIENCES
Any
Safety Committee Member or the
Departmental
Safety Program Administrator
CONTACT - PLANT OPERATIONS (Land and Building Services)
(to shut down air-conditioning, etc.)
- Trouble Calls: 2-2173
- Facility Manager: Denise Toplis (Local: 2-0077; Cell: (604)
250-3883; E-mail: denise.toplis@ubc.ca
)
CONTACT - UBC Health, Safety & Environment
T. Bruce Anderson (Biosafety Officer); http://www.safety.ubc.ca,
E-mail: anderson@safety.ubc.ca;
Phone: (604) 822-7596 Office; (604) 880-0711 Cell)
HELICOPTER SAFETY
GENERAL
-
Before helicopter operations begin, the ground
crew should meet with the pilot of the helicopter to establish:
- Plans and procedures to be used
- Ground-to-helicopter communication systems
- Corrective measures required to minimize risks of injury
to workers
- Limitations of the helicopter.
-
Loose debris and trash must be removed from
landing, hookup and service sites. Anything that can become
airborne may strike the rotors or be sucked into the engine
intake.
-
Only workers authorized by their employer
are permitted to work around helicopters.
-
Emergency procedures involving helicopters
must be regularly reviewed and practiced.
BOARDING AND DEPLANING
Approach Method - normally used on flat ground
- Stay well clear of the helicopter, but within the pilot's
line of sight, until the helicopter has landed.
- Wait for a signal from the pilot to approach.
- Walk in a crouched position when approaching or leaving the
helicopter as blade tips may come within 5 feet of the ground.
- Never approach or leave the helicopter from the rear or go
near the tail rotor.
- Stay within the pilot's range of vision.
Wait Method - often used with sidehill helipads
- Crouch down at the front or side of helipad within pilot's
range of vision.
- Wait for helicopter to settle and the pilot's signal before
climbing onto helipad.
- When deplaning, crouch down and give all clear signal to the
pilot and wait until the helicopter has flown away.
ADDITIONAL PRECAUTIONS
- Hold onto hard hats unless chinstraps are used.
- Do not smoke near the helicopter.
- Carry tools and equipment horizontally at or below waist level
(never upright or over shoulder).
- Wear radio headsets designed to attenuate noise. If these
are not available, use hearing protection.
- Follow pilot's instructions regarding seating and storage
of cargo.
- Flammable or explosive materials must not be carried inside
the helicopter.
- Tools and equipment must be secured before take-off.
- Never throw anything out of helicopters when in flight.
- Close doors gently and latch. Be sure that nothing is hanging
out.
- Exit to low side and remain within pilot's range of vision.
- Carry all loose cargo out of the landing area and secure until
helicopter has departed.
SLING WORK
- Cargo nets, slings, chokers and load lines must be inspected
at frequent intervals.
- The pilot must be informed of the approximate weight of the
load.
- Wear hard hats with chinstraps, eye protection, and high visibility
clothing.
- Stay clear of areas where helicopter is landing sling loads.
- Stay within the pilot's range of vision at all times.
- Any synthetic sling used must be substantially shorter than
the load line to prevent rebound into the rotors.
FUELING AREAS
Fueling areas must:
- be located on unused roads, landings or open areas well away
from main traffic routes and regular landing and loading areas
- be large enough to accommodate the helicopter fuel truck,
tanks and any other necessary equipment or vehicles
- be visibly identified, posted with "no smoking"
signs and maintained free of open flames and flammable materials
such as paper and cloth debris
- have fire fighting equipment readily available and properly
maintained
- containers used to carry, transfer or store fuel in fueling
areas must be properly grounded or bonded.
HELICOPTER PAD CONSTRUCTION
Helipads must be:
- able to safely support the weight of the helicopter
- long enough to allow the positioning of both skids in complete
contact with the pad surface
- wide enough to allow approximately 2 feet of pad beyond each
skid for worker access/egress (one step up into the helicopter
or room to walk along the pad to reach ground level)
- effectively secured
- free of all loose debris which can be picked up by rotor-wash.
All material around the pad must be secured to prevent dislodgment
when the helicopter lands.
- marked with high visibility paint to direct the pilot's landing
approach
- numbered with high visibility paint or otherwise marked to
allow easy identification from the air. Ribbons must not be
used.
PROPPING OPEN OF DOORS & REMOVAL OF PET ROCKS FROM EOS MAIN
AND SOUTH
It has been noted that a large number of rocks
have been brought into both EOS MAIN and SOUTH in order to prop
open doors.
THIS IS IN VIOLATION OF FIRE SAFETY REGULATIONS
AND THE ROCKS WILL HAVE TO BE RETURNED TO THEIR NATURAL HABITAT.
Therefore, everyone is being asked to remove any
rocks you happen to come across in the building (while avoiding
lifting heavy loads!)
PLEASE REFRAIN FROM ADOPTING ANY MORE ROCKS AND BRINGING THEM
INTO ANY OF THE EOS BUILDINGS!
Thanks for your cooperation
** SHOULD YOU NEED TO DISPOSE OF A LARGE NUMBER
OF ROCKS SUCH AS THOSE ASSOCIATED WITH RESEARCH PROJECTS (i.e.,
ANYTHING OVER 2 KILOS), PLEASE SEE BRYON CRANSTON WHO WILL ADVISE
YOU ON THE PROCEDURE TO BE FOLLOWED.
SAFETY AT SEA
THE DEPARTMENT OF EARTH & OCEAN SCIENCES
ENDORSES THE FOLLOWING SAFETY AT SEA POLICY:
- An EOS Technician is to accompany students and other personnel
who are unfamiliar with shipboard safety procedures, at least
on their first field trip.
- All new personnel, including students, must be given a copy
of the attached excerpt from the Coast Guard Familiarization
Manual for Supernumeries on CCG Vessels as required reading
before embarking on a sea voyage. (A complete copy of
the Manual can be obtained from the EOS Main Office, 6339 Stores
Road or from the
CCG web site.)
- Once on board, the Deck Officer or EOS Technician will gather
all personnel and explain the safety procedures and the
operation of ship-board machinery.
- Safety apparel must be worn at all times. These include, but
are not limited to, steel-toed boots when heavy gear is being
used, a hard hat (with chin strap fastened), and a life jacket
or floater coat.
- Fire station and abandon ship procedures are to be explained
and actual drills performed when appropriate.
- Personnel must never work alone on deck at night, even under
well-lit conditions.
- Personnel must be aware of moving lines and cables (particularly
when under tension), overhead loads, and operating winches and
cranes. These can pose dangerous situations and everyone on
deck should stay well clear.
STUDENT WORKSHOP
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SAFETY PROCEDURES
All personnel using the Student Workshop must
comply with the following safety procedures:
- WEAR PROTECTIVE CLOTHING APPROPRIATE TO THE WORK AREA
(e.g. lab coats, long pants, substantial footwear, etc.)
- USE EAR PROTECTORS AND/OR A FACE MASK WHEN APPROPRIATE
(available in the Workshop)
- REMOVE DANGLING NECKWEAR, BRACELETS, WATCHES, RINGS,
LOOSE CLOTHING etc. and CONFINE LONG HAIR WHEN THERE
IS DANGER OF CONTACT WITH MOVING PARTS OF MACHINERY OR OTHER
EQUIPMENT.
FIRST AID KIT AVAILABLE IN THE WORKSHOP
Please familiarize yourself with its location
FOR FURTHER INFORMATION OR ASSISTANCE, SEE
THE MACHINIST (EOS Main Room 15)
TOOL SAFETY
Hand & Electric
GENERAL REQUIREMENTS
- Do not attempt to bypass or remove manufacturer-installed
safety devices. These are there for a purpose - worker protection.
- Do not operate tools beyond their rated limits, or try to
increase their capacity with bypasses, cheaters or other modifications.
- Always maintain hand and power tools in a safe, top-notch
working condition.
- Where contact with moving parts of machinery or equipment
could injure workers, maintenance including adjusting, cleaning
and lubricating shall not be done until the machinery has been
properly locked-out.
- Make sure the proper tools is being used for the job; for
example, never use a wrench as a hammer or a screwdriver for
prying:
- Use the correct size and type of tool - an oversize wrench
could slip and cause injury
- Worn or damaged tools are dangerous:
- Do not use impact tools such as drift pins, wedges and
chisels that have mushroomed or tools with cracked or loose
handles
- Turn them in for repair or replacement
POWER OPERATED TOOLS
- Take care of electric cords:
- Ensure that they are in good repair, and always provide
grounding for tools that are not build to double insulation
standards
- Do not use an electric hand tool in the rain or under
wet conditions
- Where possible use ground fault interrupter circuit breakers
or receptacles.
- Clamp or otherwise secure small or light materials before
attempting to ream, drill, tap or do similar work.
- Always keep moving parts of power tools away from your body.
- Never leave an unattended power tool running and never set
it down before it has fully stopped.
- Be careful where you set tools down - don't put them where
they can fall or be knocked over.
- Take particular precautions when using power tools while standing
on a scaffold or other work platform:
- Watch your footing
- Use both hands, keep electric cords clear of obstructions
and do not over-reach.
- Only a trained, licensed qualified worker can operate a powder
actuated tool (Standard Practices of Powder Actuated Tools)
- Never use compressed air for cleaning purposes unless there
is effective chip guarding and appropriate personal protective
equipment is worn:
- Never use compressed air to clean clothing or skin.
ABRASIVE TOOLS
- Make sure grinder stones and discs have an adequate protective
guard.
- Ensure that grinder stones and discs are matched to the RPM
rating of the grinder:
- A low RPM stone or disc on a high RPM grinder may shatter.
- Wear a proper face shield or eye protection during all grinding
operations; use respirators when required.
- Check grinder stones and discs daily for nicks, cracks or
other defects - replace immediately if damaged.
- Handle grinders carefully - if dropped, inspect the grinder
and stone/disc immediately for damage.
- Abrasive wheels may shatter if incorrectly handled:
- Wheels must be carefully stored, gently handled and properly
installed,
- Always test start the new wheel where it can do not harm.
- Do not use the side of a wheel for grinding unless it is specifically
designed for such use.
- Make sure a portable grinder is turned off and all motion
stopped before setting it down.
HOISTS AND CRANES
- The safe working load of equipment must be determined before
it is used:
- The working load must never be exceeded.
- Each day, machinery and equipment must be inspected by the
operator before use:
- Ensure that proper rigging practices and correct components
are used at all times.
- The operator is responsible for the safe condition of the
machine:
- When there is any doubt as to the safety of a lifting
task, the operator must stop the machine and not handle
the load until the safety of the lift has been assured.
- The rigger and the operator are jointly responsible for safe
rigging.
- The operator must avoid swinging loads over workers:
- He must warn workers and other persons to move away if
the load must pass over them.
- Tag lines must be used to prevent loads from twisting or swinging.
- Do not handle rigging lines that are in motion or are under
the load:
- Stop the hoist if it is necessary to adjust slings or
shackles,
- Never guide lines onto drums with your hand or foot -
use a stick or iron bar for this purpose.
- Never allow loads, booms rigging or workers to come within
the limits of approach to high voltage electrical conductors.
- Only authorized, competent workers must operate hoisting equipment.
- Do not stand near any rope, wire rope or chain under load
- the whipping action of a broken line has often been the cause
of death.
Powder Actuated
The Industrial Health and Safety Regulation require that these
tools be used in accordance with the ANSI Standard A10.3-1995,
American National Standard for Construction and Demolition Operations
- Safety Requirements for Powder-Actuated Fastening Systems, or
other acceptable standard. The following practices are not intended
to replace the CSA Standard, they are to be used as a ready reference
to acceptable practices when powder actuated tools are used.
GENERAL REQUIREMENTS
TOOLS
- When not in use, the tool must be unloaded and the tool and
power loads must be securely stored and be accessible only to
qualified and authorized persons.
- A tool must not be stored when loaded
- Each tool must be legibly and durably marked to show the tool
manufacturer's name or trademark and the model and serial number.
- All guards for the tool must be legibly and durably marked
to show the tool manufacturer's name or trademark, and model.
- A powder actuated tool must only be operated by a person who
has:
- Been trained in the use of the specific make and model
of tool,
- Satisfactorily demonstrated to the supervisor the effective
and safe use of the tool,
- The required personal protective equipment and uses it.
FASTENERS
- Only fasteners recommended by the tool manufacturer for use
in the particular tool shall be used with that tool.
- Only equipment designed for use with a particular fastener
or for a particular application as recommended by the tool manufacturer
must be used with the tool.
- Each box of fasteners must be marked with the fastener manufacturer's
name and the type and size of fastener.
POWDER LOADS
- Number and colour identification of power level of the powder
load, must be displayed on each of the powder load packages.
- Only those powder loads and strengths recommended by the tool
manufacturer and properly identified are to be used in the tool.
- Powder loads of different strengths must be kept in separate
boxes or containers; they must never be intermixed in the same
box or container.
- Where means other than powder loads of differing power levels
are to be used to control penetration, only those methods recommended
by the tool manufacturer must be used.
TOOL HANDLING AND USE
When a condition arises which creates any doubt about the safe procedure
to follow, bring the matter to the attention of the supervisor.
If the supervisor is unable to solve the problem, the tool manufacturer's
representative should be contacted.
- Only a competent worker, or a trainee authorized by the employer
and who works under the direct supervision of a competent worker,
is to operate a powder actuated tool
- Appropriate personal protective equipment must be worn by tool
operators, helpers and other workers exposed to the danger.
- At a minimum: eye protection, safety headgear, hearing protection.
- A powder-actuated tool must not be used in an explosive or flammable
atmosphere.
- When using the tool in a confined space, make sure that adequate
ventilation is provided.
- Operators of powder actuated tools must:
- Inspect the tool before using it to determine that it is
in proper working condition:
- Testing methods recommended by the tool manufacturer
should be followed
- Defective tools must be removed from service and repaired
or replaced.
- Use the proper shield (guard) or fixture for the job:
- Only use special guards or fixtures where the standard
shield does not provide suitable protection.
- Consider possible dangers to nearby workers before using
the tool:
- Never load a powder-actuated tool until ready to make
the fastening.
- Always keep the tool pointed in a safe direction - loaded
or not.
- Never carry loaded tools to and from the job.
- Always hold the tool perpendicular to the work surface when
fastening into any material:
- For special applications, follow the practices prescribed
by the tool manufacturer.
- Misfired and unused live loads must be returned to safe
storage or immersed in either water or oil prior to disposal.
- When there is a misfire, the operator must hold the tool firm
against the work surface for a period of not less than 30 seconds
and then follow explicitly the tool manufacturer's instructions
for such occurrences.
- Fasteners must not be driven into:
- Very hard or brittle materials such as, cast iron, glaze
tile, hardened steel, glass block, natural rock, hollow tile,
and most brick.
- Pretensioned and post-tensioned concrete surfaces without
first obtaining written instructions from a professional engineer.
- Concrete materials:
- at a distance closer than 2" to the edge of the
material,
- with concrete less than 2 ½" in thickness,
- at a distance closer than 3" to a point where
a former fastener has failed.
- Steel:
- when steel is less than 3/16" in thickness,
- at a distance closer than 2" to a weld.
- Corner brick or mortar joints.