Answer: Henateks Tekstil: Their application was on LNG burners, dye machines, steam boilers, and heat exchangers. Energy costs were reduced by approx. 20%, customer savings was approx. $600,000. Annually, and return on investment for their project was 6-7 months.
Keyteks Tekstil: achieved a 25% time reduction in heating 3 tons of water, also overall an energy savings of more than 20% was achieved throughout 2007. Savings approx. 1 million USD, annually. Return on investment 4 months.
Erenko Tekstil: application on dye machines. Reproducibility improved due to consistency of heat on insulated machine. When used on heat exchanger, the uncoated steam-based heat exchanger needed 24 heat-on cycles whereas the Nansulate coated machines heat exchanger only needed 2 heat-on cycles for the same process.
DEBA Tekstil: This application is still ongoing. Application is replacement of rock wool insulation on steam lines with Nansulate coating, also coating other equipment, such as dye machines, LNG burners, heat exchangers, boilers, etc..
Q4.TEXTILEGENIUS.COM How your project yourself in market in year 2008-2009?
Answer: We expect to increase our market in the textile industry as other countries learn of the technology and what it can do. We have already had an Indian textile company visit one of the Turkish applications, and we also have a large American company running trials. We also see expansion to coating dye machines and dryers at the manufacturer before they go to the plant.
Q5.TEXTILEGENIUS.COM What are your new products expected/going to launch?
Answer: Our newest product that has recently launched is Nansulate EPX. This is a water-based 2-part epoxy system, which provides thermal insulation, corrosion prevention, chemical resistance, and flame resistance. We will trial this one at our current installation ongoing at DEBA textile. We believe that this product will also be useful in textile facility applications along with our High Heat Coating, and will give added benefits of faster cure time, ability to do thicker application in one pass, and chemical and flame resistance.
Q6 TEXTILEGENIUSCOM How you rate textile industry as a specialized scope for your market growth?
Answer: We rate the textile industry highly for ability to grow a specialized market. The data we have already formulated, which includes magazine articles written by our customers, speaks for itself as far as energy savings that can be achieved by use of our coatings. We see our coatings becoming a standard on new dye machines and dryers from the factory, and being incorporated into the plant facility energy saving protocols. It has proven itself in this industry, and now we work to introduce it as an industry standard for textile facilities.
Q7.TEXTILEGENIUSCOM Energy conservation points in the textile industry/if any?
Answer. Our coatings reduce energy consumption by an average of 15%-25% in textile facilities. This equates to savings of hundreds of thousands of dollars in energy costs per year which our customers are seeing. Its flexibility allows use on a variety of equipment for controlling heat transfer and providing corrosion resistance, such as dye machines, dryers, heat exchangers, LNG burners, steam lines, boilers, and even on facility walls and ceilings as well to reduce heating and cooling costs of the building.
By reducing energy used, the textile facility not only saves money, but contributes less carbon emissions into the atmosphere due to reduced energy consumption.
Q8 TEXTILEGENIUSCOM How your product balances environmental values?
Answer: Nansulate coatings are water-based and environmentally friendly. They are considered low VOC coatings. They have huge positive environmental impact due to their capacity to reduce energy consumption not only for textile and other industrial applications, but also for commercial and government buildings, and home residence applications as well. Imagine if a whole town or city were utilizing them only in a minimal application, and the entire town s energy consumption could be reduced by 15%. The impact that would have on carbon emissions and reduction of energy use is quite substantial. Out technology has that ability.