Air Intake Filtration Technology Supports EPA's Indoor Air Quality Tools for Schools Program

The good quality of interior of air is a critical element which contributes to an atmosphere of favorable study and the assistances make sure that all the students and personnel work in a healthy environment. With the climbing continues while carburizing and energy costs, the school systems identify the importance to optimize the insulation of the school buildings and to seal the building to prevent the loss of heating and cooling. When buildings were effectively sealed, the system of heating and ventilation is a principal element by regulating a sure internal environment. According to the American association of lung, the poor quality of interior of air can start episodes of asthma and a myriad of other problems relating to health. The poor quality of air becomes increasingly expensive for schools due to the mechanical and environmental fees of consultation expensive, at the energy cost growing, the building and the failure of equipment and mechanical repair and the increas! ed cost of responsibility. For these reasons, suitable maintenance of the equipment of the CAHT which supports a quality the environment that of interior of air is more than right a question of budget it is a question of healthiness and safety. With schools confronted with the increasingly tightened budgets and the need for optimizing returns on the service and the improvements of IAQ, the use of technologies which help to optimize effectiveness of the CAHT while reducing the maintenance costs is an approach "of good direction" which can help each one to breathe easier. The air of TechnologyWhen of filtration of air intake handling of the units draw the fresh air in buildings, the air travels typically by banks of the folded filters interns who capture small airborne particulate substances before they can obtain inside the building. However, when the large remains such that the seed of poplar, the seed of dandelion, the sheets, the insects, paper, the remains of constructio! n and any other matter enter the openings of fresh air, the in! ternal f ilters can prematurely become clogged by "the effect covering" of large remains, returning the filters intern appreciably less effective to capture the small particulate substance than they were conceived to stop. To solve this problem, the use of the technology of filtration of air intake is an effective manner to isolate from large remains on the outside of the equipment where it can be easily removed. By stopping larger remains on the outside of air handling the unit, it can increase the life of the internal filters until 60% and this means the saving in the cost of filter and improvement of quality of interior of air. Once used on the refrigerators and the units air cooled of condenser, the filtration of air intake helps to optimize the effectiveness of your equipment by preventing the airborne remains from entering rollings up. Keeping the condenser rollings up clean, mean that your systems of cooling will less frequently run and for shorter periods while providing to y! our building the output of necessary cooling to control the temperatures of interior effectively. When rollings up obtain dirty and blocked, your equipment of cooling loosens the capacity of cooling and consumes more energy because it must function harder and function longer at the regulated points of the temperature of extension. The maintenance of carryforward of rolling up can lead to the failure of compressor and achieve the loss of cooling. The schools employing of the turns of cooling for environmental cooling must identify that which keeps remains out of the tower of cooling is critical with the effectiveness of safety and system. When you think of turns of cooling, it is important to realize that they are the very large and effective "purifiers of air" - all the airborne matter which precisely proves to float after the outline of the tower becomes drawn in cooling water and can compromise the whole system by connecting sieves and exchangers of heat, by reducing the ! flow of water and by thwarting the process of heat exchange; m! oreover, when the remains enter the fill material, it can reduce the capacity of turns of cooling to cool water at the point conceived of the temperature before being recycled by the loop of cooling. When the cooling water exceeds the conceived point of the temperature when presented in the unit of refrigerator - it increases the load on the refrigerator, reduced the capacity of heat exchange and can lead to the failure of refrigerator. A aut re problème qui peut résulter des débris entrant dans votre tour de refroidissement est une réduction de l'efficacité de toi des produits chimiques de traitement à l'eau. La raison d'une réduction de l'efficacité est dans la grande partie due à ce qui est connu en tant que « absorption chimique » - c'est où les débris absorbent des produits chimiques de traitement à l'eau, les fermant à l'intérieur des débris et les rendant à clef indisponibles à l'eau environnante ; ceci a un impact direct sur l'efficacité chimique. Pour compenser l'absorption! , plus de produits chimiques sont nécessaires. En outre, quand les débris entrent dans l'eau et se décomposent, elle peut créer un environnement favorisant la croissance de bactéries (Legionella y compris). Si le système n'est pas correctement maintenu, Legionella et tout autre bactérien peuvent proliférer et entrer en contact avec les ouvriers et d'autres d'entretien qui peuvent obtenir près de la tour. En plus, les bactéries peuvent entrer dans les ouvertures d'entrée d'air de bâtiment quand l'eau souillée d'une tour de refroidissement mal maintenue est ramassée par le vent et est dessinée dans des ouvertures de prise d'air frais, de ce fait exposant des occupants de bâtiment et posant un risque sanitaire sérieux. En employant l'entrée d'air vous filtre, avec un régime bien-contrôlé de traitement à l'eau, r cooling tower will be clean and healthy and operate efficiently.Air Intake Filter Technology Features:Simple to install - installs on outside of equipment (condenser c! oils, air handling units, cooling tower and louvers). Patented! enginee red filter provides a fine balance between airflow and filtration performance with low static pressure impact. Mold & mildew resistant, UV resistant and flame resistant. Multiple fastening and operating methods to suite any application. Filters are easy to clean using a broom, brush or shop vacuum. Removal not required for cleaning. Will deliver up to 15 yrs of service. Benefits of Air Intake Filtration On:Air Handling Units:Prevents premature fouling of internal pleated or bag filters. Optimizes the efficiency of internal filters. Protects louver actuators. Helps improve indoor air quality. Air Cooled Chillers & Condenser CoilsPrevents debris from getting into the coils. Reduces / eliminates the need for power washing and hazardous cleaning chemicals. which can damage coils. Reduces cleaning effort by up to 75%. Helps reduce energy cost because equipment runs clean and efficiently. Helps optimize indoor cooling comfort. Cooling TowersIsolates debris on the outside of the co! oling tower where it is easy to clean. Helps prevent sludge build-up. Prevents fouling of fill, strainers and heat exchangers. Diffuses sunlight, reducing algae growth. Reduces water treatment chemical consumption by up to 50%. Reduces scheduled cleaning work effort by up to 50%. System runs efficiently all season long. School facility managers and maintenance engineers seeking ways to streamline HVAC maintenance practices while improving indoor air quality will be well served by integrating air intake filtration technology into their preventative maintenance program.Air Solution Company developed and patented the first Air Intake Filter specifically engineered to mount to the outside of cooling towers and other HVAC equipment for purposes of stopping the debris before it entered into the system. Since that time, Air Solution Company has been manufacturing and has introduced a variety of other innovative filter systems including its new Fine Mesh Filter which is engineered ! for use on small and medium size refrigeration coils and machi! ne fan i ntake housing units.Air Solution Company Randy Simmons is with Air Solution Company, author of articles can be reached at http://www.airsolutioncompany.comArticle Source: http://EzineArticles.com/?expert=Randy_Simmons
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