









| Insulation-#1 Saving Fiber glass and mineral wool insulations save more than 400 trillion BTUs annually – a twelve-fold savings over the energy needed to produce these products. Reduced energy consumption translates into a reduction in greenhouse gas emissions such as CO2 and NOx as well as other emissions. These gases are released into the atmosphere and are directly linked to the problem of global warming and pollution. Fiber glass insulations is an excellent sound absorbers as well as energy savers. Fiber glass insulations is naturally non- combustible and remain so for the life of the product. Fiber glass and slag wool require no additional fire retardant chemical treatments. Certain chemicals routinely applied as a fire retardant to most cellulose insulations can cause the corrosion of pipes and wires under some conditions. Testing has shown that it is more cost effective to add insulation than a radiant barrier. Savings upwards of 20% + Visit www.naima.org Ventilation- #2 All homes needs ventilation—the exchange of indoor air with outdoor air—to reduce indoor pollutants, moisture, and odors causing health problems. Excess moisture in a home can generate high humidity levels. High humidity levels can lead to mold growth and structural damage to your home. Lowers attic temperatures helping to save on energy by cutting down on how often your air conditioner cuts on/off . If you currently have insulation and radiant barrier and your attic is still extremely hot then you do not have adequate ventilation. Solar vent(s) can lower temperature as much as 20 degrees. Radiant Barriers-#3 Radiant barriers are installed in homes in attics help to reduce summer heat gain and winter heat loss. The barriers consist of a reflective material that reflects radiant heat rather than absorbing it. Radiant barrier coatings can be used for exterior or exterior painting with a color added, metal roof which conduct heat more energy efficient, and plexi-glass can help reduce heat within your home or business. Protective Ceramic Coating (PCC), invented at NASA's Ames Research Center, Moffett Field, CA, in the heart of Silicon Valley, repels heat from virtually any surface it covers. This allows it to shield ceramics, wood, steel, plastics and fiberglass from high temperatures. The coating inhibits the spread of flame. It also reduces heat transfer to the underlying material, which prevents combustion." "PCC can withstand temperatures from minus 250 degrees Fahrenheit up to 3,000 degrees Fahrenheit without damage," Ceramics play an important role almost everywhere you look and sometimes where you can’t. Besides the everyday objects of dinnerware, glassware, floor and wall tile, and other consumer products, ceramics are helping computers and other electronic devices operate, improving people’s health in various ways, providing global telecommunications, and protecting soldiers during combat. And the list goes on. http://www. acers.org/acers/TipSheet.pdf Radiant barriers are more effective in hot climates than in cool climates. Studies show that radiant barriers can lower cooling costs between 5%–10% when used in a warm, sunny climate. Energy Retrieval Solutions continually searches for the best of the best products for the home. ****There are a few sprayable paint coatings available that are sold as radiant barriers but they all contain volatile solvents which are not only hazardous to the installer but also to the homeowner as the toxic fumes penetrate down through the ceilings and into the interior. Don't be fooled by the terms "latex base", "water cleanup" as they do not reflect the true chemical makeup of the coating, read the ingredients! Although the aluminum flake paints have a high solar reflectance, they also have a low infrared emissivity--they tend to hold whatever heat they absorb--negating part of the reflectance properties. http://apps1.eere.energy.gov/consumer/your_home/insulation_airsealing/index.cfm/mytopic=11680 |