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  1. Parent’s Guide to Campus Fire Safety

    September 19, 2018 by Total Fire and Safety

    Campus fire safety is not likely a hot button issue with college students or parents when they first move on campus. But fires occur on college campuses more than parents and students realize. According to The Center for Campus Fire Safety, between 2000-2018, more than 92 fatal fires killed 132 people on college campuses, Greek housing, or off-campus housing within three miles of college housing.  The NFPA reports that U.S. fire departments responded to an average of 3,870 fires in dormitories and Greek housing from 2009 to 2013.  Cooking equipment accounts for 86 percent of the fires.

    Most dormitories have specific rules and regulations in place to reduce the possibility of fire, but  sometimes drugs and alcohol consumption can inhibit a student’s ability to recognize danger zones. It’s worth mentioning to your child that special care must be taken with the following items, even when they allowed by residence:

    • Space heaters
    • Candles
    • Stovetops
    • Cooking utensils
    • Smoking
    • Overloaded power strips

    When you move your child in, you can help keep them safe by keeping fire safety in mind:

    • Check for smoke alarms and fire sprinklers. These should be located in hallways, lobbies, bathrooms, bedrooms, etc.
    • Look for a posted escape route. If there are no plans posted, make one.
    • Check with school officials when and how often fire drills are planned. There should be fire drills on-campus, in Greek housing and off-campus housing.
    • Keep all exits clear for a safe escape path.
    • Do not use flame candles, opt for battery operated candles.
    • Practice fire safety in the kitchen. Do not leave food cooking unattended and do not cook when tired or in a compromised state.  Unplug appliances. Do not put out grease fires with water.
    • Do not overload outlets.
    • Turn off electronics and appliances, like computers, hair tools, etc. Hit the off button when leaving the room.
    • Clean the lint trap from the dryer, before and after each use.
    • Smoke outside! Do not dispose of cigarettes, etc. in the garbage.

    Unfortunately, one of these potential fire hazards became real when a mother lost her daughter in a fire while she was attending Reed College near Portland, Oregon.  Because of this tragedy, the victim’s mother partnered with the Portland Fire and Rescue to promote the “Zero Death Initiative.”  The program aims to educate students, who are on their own for the first time, about fire safety.

    Starting college is a big step into a new world for everyone but campus fire safety should not be lost in the fray.  Take the precautionary measures now so your child can stay focused on the year ahead.  Total Fire and Safety keeps residential buildings equipped and compliant with proper fire code regulations. To find out more about what we do, give us a call at 630-960-5060.

     

     

     

     

     

     


  2. How to Treat and Prevent MIC in Commercial Sprinkler Systems

    May 19, 2015 by Total Fire and Safety

    Have you heard of MIC? 

    MIC is a microorganism that could be affecting your commercial fire protection, more specifically, the pipes in your sprinkler system. MIC stands for Microbiologically Influenced Corrosion, and is becoming increasingly prevalent nationwide.

    There are three main causes for the rising cases of MIC in commercial fire sprinkler systems: changes in pipe materials, the way we disinfect the water, and increased maintenance activity in sprinkler systems. The MIC microorganisms do not directly cause the damage, however their biological processes produce different chemicals that accelerate corrosion, or rusting in pipes. MIC is more common in warm weather areas, but incidences have now been reported nationwide, even in in Illinois.  It is estimated that North American companies spend about $1.5 billion per year on chemical treatments to combat MIC.

    Early detection and preventative treatment for MIC is key to preserving your sprinkler system. So what can you do?

    1.  Piping should be flushed in new systems to remove oil and debris, which is potential food for microorganisms. Newer systems are designed to be flushed easily.

    2. Test and drain systems as infrequently as possible, because fresh water can bring in more food for the microorganisms.

    3. If your pipes are especially MIC prone, you may consider thicker wall piping.

    4. Use water tests, but don’t rely on them solely to detect MIC leaks. Watch for leaks at the joints of the pipes, but keep in mind that water tests are not conclusive because microorganisms are always present in small amounts. Water tests are, however, the first step to identifying MIC as a problem in your system.

    At Total Fire & Safety, we are experts in early detection as well as potential treatment options and solutions for MIC in your sprinkler system. If you would like a check for MIC, or if a water test has confirmed MIC in your sprinkler system, contact us to find the most cost effective way to treat the problem. We will provide the total solution!

     


  3. COLD WEATHER PRECAUTIONS FOR WATER-BASED FIRE SYSTEMS

    January 31, 2015 by Total Fire and Safety

    At Total Fire & Safety, most of our commercial fire protection service customers are based in the “snow belt”, which includes Illinois, Wisconsin and Indiana, where ice and sub-zero temperatures can cause troublesome pipe freezing.While most buildings take advantage of dry pipe systems, which are ideal for cold weather areas, building owners who have water-filled fire protection equipment need to take some cold weather precautions to stay safe.

    It is the responsibility of every building owner with at-risk equipment to ensure that the building temperature remains at 40 degrees Fahrenheit or above at all times.  In buildings where there are sprinkler valve rooms and pump houses with small diameter valve trim piping, a freeze can occur within a few hours after the temperature falls below 32 degrees.

    However, any commercial fire protection service company can help a building owner do all they can to keep their building’s fire protection service in working order despite the cold.  For example:

    1. Carefully testing fire equipment for the first time after the heating system has been turned on. In areas with smoke detectors, the fire detection system should be disabled so accumulated dust on the heat strips will burn off but not set off the alarm. In the worst case scenario, if smoke detectors activate unexpectedly, various sensitive electrical/data equipment rooms protected with the gaseous fire suppression systems (FM-200, Halon, CO2, etc.), could discharge.

    2. Checking that all ambient heaters and heat tracing used for the fire protection equipment are operating for the cold weather.

    3. Inspecting the integrity of the piping and equipment insulation.

    4.  Noticing and troubleshooting where residual discharge water or condensation may have accumulated on low point drains on dry pipe and in pre-action and deluge pilot systems before opening the drain valves.

    5. Checking air dryers in your dry pipe, pre-action, or deluge pilot systems.

    6. Checking antifreeze solution in your antifreeze sprinkler systems. These systems are still permitted until September 30, 2022 as long as they meet all NFPA requirements.

    7. Checking that drip drains on your hydrants, FDCs, valve trims and similar equipment are evacuating water from the system.

    8. Installing low temperature alarms in any location that could be subject to freezing temperatures.

    9. Helping you devise a plan to shorten downtime and stay safe in case the fire sprinkler system freezes.

    If you’re wondering if your fire protection service is ready for the cold, Total Fire & Safety has the guidance and expertise you need to protect your property this winter.

    Contact us today at 630-960-5060.


  4. Commercial Sprinkler Systems: Why Fire Sprinkler Inspection is Important

    December 10, 2014 by Total Fire and Safety

    commercial-sprinkler-maintenanceYour facility’s commercial sprinkler system lies dormant until their operation is critical during a life-threatening emergency. If they fail at that certain time, lives can be lost. Regular fire sprinkler inspection can ensure peak performance when the situation heats up!

    Sprinkler systems respond to heat, not smoke, and are carefully designed to activate early but only in real fire, not non-fire situations.  Sprinklers release much less water than a fire department would, however by the time the fire department arrives, more water is needed to extinguish the fire.

    One of our services at Total Fire & Safety is to perform regular, on-site sprinkler inspections to help our clients comply with NFPA 25. NFPA 25 is our guideline for inspection, testing, and maintenance of sprinkler systems (water-based fire protection systems) to avoid failure and ensure fast, effective response in a fire emergency.

    Sprinklers are very effective; however, a recently published report by John Hall, Jr. entitled “U.S. Experience with Sprinklers” revealed that in reported structure fires from 2007-2011, sprinklers operated 91% of the time in structures large enough to activate sprinklers. Their effectiveness rate was 96%, which is good, but not perfect.  Why would a sprinkler system fail in an emergency?

    The National Fire Prevention Research Foundation (NFRP) prepared a report that they recently presented at a workshop in Chicago. Their findings on the major reasons for sprinkler system failure were:

    64%  Shutoff of the system before fire began. This may occur in the course of routine inspection or maintenance and is easy to monitor for safety.

    17% Lack of maintenance.  If a sprinkler system is not maintained, chances are it will not operate correctly in an emergency.

    6% Manual intervention that defeated the system.  Sometimes we are to blame for turning off or damaging the system during its deployment.

    6% Inappropriate system for the type of fire. A competent fire protection company like Total Fire & Safety can help you  determine the right sprinkler system for the job, whether it be wet pipe or dry pipe systems.

    7% Component damage.  Proper inspection and maintenance can ensure that the fire protection equipment is in proper working order.

    As you can see, your sprinkler system must be well maintained and ready to deploy at all times in case of a fire.  When is the last time you had your sprinkler system inspected? Call Total Fire & Safety today to see if maintenance or an upgrade is needed at 630-960-5060.

     

     


  5. Fire Sprinkler System Inspections

    May 8, 2013 by Total Fire and Safety

    Properly installed and maintained automatic fire sprinkler systems help save lives. Because fire sprinkler systems react so quickly, they can dramatically reduce the heat, flames and smoke produced in a fire.

    Superior field service is a fundamental strength of Total Fire & Safety and has made us the preferred service provider for thousands of customers. We offer the full range of scheduled fire sprinkler inspections and maintenance services, as well as 24-hour/365-day emergency service.

    We service sprinkler systems in commercial structures. We also test fire hoses. Our technicians are highly trained and state certified. Our service trucks carry everything needed to get the job done right. Various parts of fire sprinkler systems must be tested at different intervals per NFPA 25.

    Below are some of the items tested during an inspection:

    • Are systems functional upon arrival?
    • Are gauges good and reading correctly?
    • Are main control valves open?
    • Do control valves operate through full range?
    • Valves are lubricated as needed.
    • Are there extra sprinkler heads in cabinet?
    • Is the building heated in wet sprinkler area?
    • Are the water motor and gong functional?
    • Is the electric alarm test satisfactory?
    • Are the alarm devices functional & free of damage?
    • Is stock and storage 18″ below the sprinklers?
    • Alarm time delayed in seconds?
    • More testing depending on system type