Erwin Commercial Hood Cleaning
Erwin Restaurant hood cleaning is vital to keeping the efficiency of your exhaust system high. I would like to talk about the hoods themselves in this article. The hood is designed to do two things:
- Act as a fire protection device by removing the grease
- Remove smoke and heat from cooking area below
The kitchen exhaust system is designed to pull grease laden smoke up into the hood and to the filters where it is filtered, turned back into grease then emptied into a catch tray. The three basic hood designs are the canopy, the galley and the downdraft. The closer the hood is to the cooking surface, the more efficient it is.
The most common type of hoods seen in restaurants today are canopy style. They are a simple design, do a good job and are easy to maintain. Restaurant hood cleaning is normally a simple task with these hoods. Just make sure that your hood cleaning company is cleaning the entire exhaust system and not the hood only.
Erwin Restaurant Hood Cleaning
There are many restaurants around U.S that are in danger of catching fire everyday, because of the burnt solidified oil in their kitchen hoods.
Grease and oil were the leading igniter's, causing 64.2 percent of all structural fires: Yet a much-ignored solution lies readily at hand and regular cleaning and maintenance of restaurant hoods, ducts and fans is one of the most effective method of reducing fires
The insurance companies are the ones paying out the big bucks. Why aren't they enforcing this? It's not just a matter of money, however. Regulation will reduce the risk to fire fighters, restaurant staff and their customers. It's a no-brainer.
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Kitchen Exhaust Vent Cleaning
Kitchen exhaust cleaning is indeed a vital part of maintenance for restaurants around the country. Kitchen exhaust cleaning is a term describing the process of removing grease build-up from the exhaust fan, duct, and vent hood. NFPA 96 sets specific standards for cleaning and maintenance, but also gives the kitchen exhaust cleaning company a standard for cleaning which is known as cleaning down to "bare metal". Kitchen exhaust vent cleaning involves the use of different equipment and skills to accomplish the cleaning. In addition, lack of proper maintenance of vent hoods, exhaust ducts, and fans can result in quick and hot burning fires that can result in costly damage.
NFPA 96 states schedules for grease buildup inspections, which can be quarterly for high volume restaurants to semi-annually for medium volume cooking restaurants. The restaurant owner should schedule cleanings as such to prevent fire hazards and costly damage. The NFPA 96 also gives cooking equipment safety requirements, fire suppression system types, and hood types. In the statement I wrote earlier about cleaning down to "bare metal" I would like to explain the term a little more in depth. So the term cleaning down to "bare metal" means that the grease must be removed down to a specific thickness when cleaned to reduce the chance of the grease igniting resulting in fire. The kitchen exhaust cleaning company will use specific grade degreasers for the job. For example, when cleaning a Chinese restaurant a vent hood cleaning company most often will use a higher grade degreaser which would be much more potent in strength. For these types of restaurants kitchen exhaust cleaning prices will run higher than other restaurants that don't use oils of that nature.
Proper maintenance is very important when it comes to vent hood cleaning because of the fire factor and for such reason municipals have set rules and strict standards for the maintenance of the kitchen exhaust system. In some cases if these rules and standards are not followed the violator will be fined. Routine maintenance must be done by a qualified company with the equipment and skill level to achieve the desired results. Fires have all it's needs within a non-maintained exhaust system and will burn fast if one starts, so proper inspection and maintenance of fire suppression systems, exhaust fans, ducts, hoods, and access panels is vital as recommended by NFPA 96.
