Efficient and affordable insulation is very attractive for a wide range of consumer applications ranging from pipeline insulation to advanced technology research. Currently aerogel-lined fabrics are used for extreme temperature insulation in clothing and other building materials. ISL's technology introduces a lightweight, inexpensive, and moldable foam insulation that can be customized to a variety of shapes and flexibilities. The immediate market for the foam lies in the Aerospace industry. ISL's foam technology has the potential to insulate advanced aircraft fuel tanks while providing a flame-resistant layer. Currently, new and exciting products are implementing aerogel technology that ISL is utilizing.
Current NASA spacecrafts are fueled by liquid hydrogen and oxygen. To complete NASA missions cost-effectively, it is necessary to conserve these fuels by limiting cryogenic fuel boil-off. Current insulations absorb water while at the launch pad, thus increasing the overall liftoff load by up to 1000 lbs. NASA would greatly benefit from an advanced cryogenic insulation system that would reduce fuel boil-off and atmospheric water absorption. Such insulation would reduce liftoff weight by not only limiting water uptake, but also by reducing the necessary insulation thickness to maintain liquid fuel. Applications for such a material would include rocket fuel systems, terrestrial launch pad fuel transport lines, and orbital depot systems. This insulation could also be expanded for use in advance technology research including superconductors and advanced energy systems. Currently ground and launch operations account for 45 60% of total costs. The outcome of this project will greatly reduce these costs.
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