Using a separate room then your safe room either on the first floor or the foyer area of the front
door. Using duck tape and plastic sheeting such as mentioned earlier, seal off the area, but only
either unlocking a window or the door by which potentially contaminated persons can enter the
room. Place 72 hours worth of food and water along with the means to wash themselves and
several trash bags, a change of clothing and a means of using the toilet, be it a bucket or a cooking
pot and the necessary supplies to re-seal the room. Once all the supplies are placed in the area,
seal off the area and signal the person or persons to enter the quarantine area. Once they are
inside direct them to seal their entrance into the room and strip off all clothing and place them in a
trash bag and then place that trash bag in another trash bag and seal it as well by tying it then
taping it shut. Next, have them wash themselves with soap and water paying extra attention to their
hair placing the dirty water and rags in the makeshift toilet only if using soap and water,
never urinate in any solution containing bleach as there is a chemical reaction between the
ammonia in your urine and chlorine bleach creating a toxic chlorine gas that eats holes in your
lungs and will kill you in an hour or so depending on the concentration of the gas and the size of
the quarantine room. Have them put on the new, clean clothes and get comfortable because they
will have to remain there for 72 hours before entering the rest of the house with everyone else to
ensure that they are not infected of a biological agent, if chemical a noted response should be
visiable in hours. Keep the supplies ready so you can re-use the quarantine room again if need be.

If it is a radiological threat,
once they have washed and changed clothes they should be able to join the rest of the group in
the house. If the threat is radiological, which ever side of the safe room you are using that is
closest to an exterior house wall should be layered in radiation shielding material at least 3 feet
high for you and your family to hide behind. This can be tipping over your refrigerator, re-
positioning your washer and dryer, filling a plastic tub with water or stacking cases of bottled water.
Draw a diagram of your first floor of your house. Now draw where all metal doors, fire places, and all
large typical household metal appliances such as washer/dryer/dish washer/refrigerator and stove
are. Now draw straight lines from the edges of these items through the house in the direction
aiming towards the center of the house and shade in the area between the lines as if they were
casting a shadow. These shaded areas are initial areas with lowered intensity potential for radiation
penetration into your home. Pick a room where these shaded areas intersect and either is or close
to the center of the house's floor plan, this room is typically the laundry room or pantry on the first
floor or the kitchen or half bath nearest the main corridor in apartments. These areas will usually
offer the greatest shielding and distance from radioactive fallout's radiation emissions.


In order to decontaminate for radioactive dust or ash:

Remove all clothing and place inside a plastic trash bag then double
seal it by placing it in another trash bag and sealing it with tape. Next,
scrub yourself with soap and water paying extra attention to your hair
and the exposed parts of your body with hair such as your arms, legs
and face. Blow your nose or clean out your nostrils with tissue.

In order to decontaminate for a biological agent:

Remove all clothing and place inside a plastic trash bag then double
seal it by placing it in another trash bag and sealing it with tape. Next,
scrub yourself with 1 part bleach and 10 parts water solution over
your body paying special attention to your finger nails but not your
hair, face or sensitive areas, where you should use soap and water.
Blow your nose or clean out your nostrils with tissue.

In order to decontaminate for chemical agent:

Remove all clothing and place inside a plastic trash bag then double
seal it by placing it in another trash bag and sealing it with tape. Next,
using either activated charcoal, regular(non-quick lighting) charcoal
briquettes(if it smells like lighter fluid then don't use it) or crushed
wood coals(refer to how to make coal), scrub your skin that was exposed to
the chemical agent to include your face, neck and exposed arms and legs then
wash it off with soap and water. Blow your nose or clean out your nostrils with tissue.


All biological weapons have a high failure rate in terrorist attacks because
even though they are quite deadly, dispersal/delivery of them in an effective
way is difficult. Changes in ph of air quality, changes in temperature and
humidity, changes in environment, and life span of the entity itself make
efficient delivery of these bacteria and viruses difficult.

For example, Anthrax is, for all intents and purposes, 100 percent deadly
when it enters the lungs of human beings. The minimum fatal dose for a
person is one Anthrax spore. Yet spores that are small enough to infiltrate
the blood vessels of the human lungs also tend to be highly static.
They clump together and adhere to dust and dirt particles, which then
make them too big to infiltrate the lungs. This problem of Anthrax delivery
means that any people at “ground zero” of an Anthrax attack would
probably be infected if they were directly exposed to a cloud or vapor
falling on them. But those who get a warning signal and retreat into
sealed rooms would have a good chance of survival.

Anthrax has a very small rate of “secondary uptake,” which means that
once it hits the ground, it tends to end its delivery cycle. People who
shelter in sealed rooms would have the unpleasant task of waiting it out
for hours (as long as 24 hours) before they could move, and then would
have to wait for days to see if they were infected or not, but as long as
they remained calm and secluded from sprayed or “treated” (ie, infected)
areas, they could escape infection.

Smallpox is far more persistent than Anthrax, (though less fatal, with a
mortality rate at about 33% – 66%), and people at ground zero of an
attack would fare the worst. But once it has been identified, people
secure from the initial infection would have to be prepared to quarantine
themselves to avoid contact from victims whose symptoms would not
appear for several weeks. As difficult as this is, our society is better
equipped to do this than it’s ever been before. Telecommuting is a
fact of life.

Dispersing biological agents in a crop dusting plane is currently the
quickest, most effective scenario yet envisioned. But the plane would
have to fly quite low to drop enough of a concentration in a stable
medium. From the evidence of one would-be terrorist who was
arrested on September 22, 2001, using crop dusting equipment has
at least entered the minds of some terrorist planners. But has not yet
been attempted.

The more likely and dangerous alternative is for a biological weapon
to be entered into the water supply unless it is a more contagious and
aggressive biological agent. Filtering and water purification in the home
may hinder the effectiveness of such a plan, and certainly boiling water
for six minutes would probably kill any biological entity. But poisoning
could occur and last for several days before symptoms appear.
Drinking bottled water or at least boiling all water that comes from the
tap (for six minutes) before you drink it might be a good precautionary
step, if you fear a biological attack.

Chemical warfare terrorism is much more likely in terms of past
successes with chemical agents. Mustard gas canisters can be
opened and their vapors simply allowed to disperse—no explosions,
no bursts of munitions, just quiet vapors. Their damage would not
be known for a couple days. An unsuspecting and crowded public
could suffer catastrophic pain, injury, blindness, and loss of life two
days after the fact of exposure. This is one of the most realistic and
horrifying of scenarios. Yet it is one that an educated public can
prevent. Do not stand in any area where vapors are escaping.
Teach your children not to stand in plumes of smoke or run
through any vaporous substance. Iraq used mustard gas in smoke
bombs, thus enticing Iranian soldiers to run into the smoke to
pursue supposedly retreating enemy soldiers. It was a highly
successful ruse.

People in crowded or enclosed places are in the greatest danger
of a terrorist chemical agent attack. Granted, a city might just get
bombed by chemical warheads, but that scenario is not nearly as
likely as a crowded building being sealed off from the outside and
a chemical agent introduced into the ventilation system or simply
opened up in the corners.

We know from the Tokyo subway attack that subways, terminals,
even trains and planes are in the most danger of attacks like these.
As are crowded buildings—especially theaters, which have no
windows and are dark.

Many people buy gas masks, but chem-bio weapons can strike
when a gas mask and bio-suit are out of range. And for the terrorist,
that’s the ideal situation. So the answer is to be smarter than
terrorists. Avoid crowded and dark, enclosed building interiors
that rely heavily on a ventilation system rather than open windows
and fresh air. Visit enclosed buildings only when it’s necessary, in
their off-peak hours. (Remember, as we learned on September 11,
our enemies like to make grand displays in very public places.) For
example, go to the mall as soon as it opens or at around three in
the afternoon on weekdays: NOT on Saturdays at noon. Don’t go
to movies on opening night. If you are in a crowded, enclosed
building, always know where the exits are and your path to reach
them. Don’t linger; just complete your tasks and leave. Simply
being very aware of your immediate environment has always been
the first good defense.

Posted by Vault72 at 2:43 AM