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SOP Manual - Cleveland Fire Department

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<strong>Cleveland</strong> <strong>Fire</strong> <strong>Department</strong><br />

Operations <strong>Manual</strong><br />

C. Carbon monoxide is a by-product of combustion, present whenever fuel is burned. It is produced<br />

by common home appliances, such as gas or oil furnaces, refrigerators or clothes dryers, water<br />

heaters, fireplaces, charcoal grills, gas ranges, wood burning stoves, and space heaters. Fumes<br />

from automobiles also contain carbon monoxide and can enter a home through walls or doorways<br />

if a car is left running in an attached garage or basement. All of these sources can contribute to a<br />

CO problem in the home. If a home is vented properly and is free from appliance malfunctions, air<br />

pressure fluctuations or airway blockages, carbon monoxide will most likely be safely vented to<br />

the outside. But in today’s “energy-efficient” homes this is frequently not the case. Insulation<br />

meant to keep warm air in during winter months and cool air in during summer months can trap.<br />

CO-polluted air in a home year-round. Furnace heat exchangers can crack, vents can become<br />

blocked, and inadequate air supply for combustion appliances can cause conditions known as back<br />

drafting or reverse stacking, which forces contaminated air back into the residence.<br />

Policy<br />

A. The Battalion Commander/OIC shall be responsible for having a gas monitoring device at all<br />

incidents involving carbon monoxide and take readings to determine the level of contamination.<br />

B. Responses to carbon monoxide emergencies are considered general alarms. The Battalion<br />

Commander/Shift OIC may determine the mode of response.<br />

C. Verification will be made if the alarm is coming from a smoke detector or a CO detector. The<br />

cause of the alarm will be determined, i.e., a true alarm, low battery indication, poor location of<br />

device, etc.<br />

1. If it is a smoke detector alarm:<br />

a. Investigate the cause of the alarm.<br />

b. Take necessary action to mitigate the situation<br />

2. If it is CO:<br />

a. Determine if anyone is exhibiting any symptoms of possible carbon monoxide<br />

poisoning; if so, immediately evacuate the structure.<br />

b. Request the necessary EMS response. Anyone with symptoms of CO poisoning<br />

should be seen by a physician.<br />

c. Begin the investigation procedure.<br />

3. If no one exhibits any symptoms of CO poisoning, it will not be necessary to evacuate or<br />

ventilate the structure unless a level of over 9-ppm is detected by the CO monitor.<br />

Effective: June 1, 1997 Revised: 5/14/2009 Page | 112<br />

Approved by: Chief Chuck Atchley

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