1999 - Volume 2 - Journal of Engineered Fibers and Fabrics
1999 - Volume 2 - Journal of Engineered Fibers and Fabrics
1999 - Volume 2 - Journal of Engineered Fibers and Fabrics
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Emerging Technology<br />
Paperless Society ... The use <strong>of</strong> wireless communications, innovative displays <strong>and</strong> individualized web<br />
publications will help reduce the reliance on paper for many activities. Advanced display systems may<br />
imitate paper in flexibility <strong>and</strong> portability. The researchers suggest that one approach will involve<br />
projecting images directly on the retina <strong>of</strong> the eye. This capability, coupled with a cellular phone, could<br />
provide faxes <strong>and</strong> customized news anywhere. For paper products that continue to be used,<br />
biodegradable inks will be more common.<br />
Molecular Design ... The use <strong>of</strong> molecular design for catalysts can make chemical reactions <strong>and</strong><br />
processes so precise that little or no wastes are produced. It suggests that sensors designed at the<br />
molecular level will monitor material <strong>and</strong> chemical manufacturing processes more precisely. This will<br />
help to halt or correct processes that are sensitive to temperature changes <strong>and</strong> other parameters. This<br />
breakthrough may exp<strong>and</strong> uses <strong>of</strong> nonwovens, but may also have an impact on the production <strong>of</strong><br />
nonwoven products.<br />
Bioprocessing ... This concept utilizes microorganisms <strong>and</strong> plants that will "grow" environmentally<br />
friendly chemicals <strong>and</strong> biological products. Included among these materials may be drugs, proteins <strong>and</strong><br />
enzymes for many uses. Producing chemical feedstocks, fuels <strong>and</strong> pharmaceuticals in this manner will be<br />
cost effective <strong>and</strong> better for the environment. The researchers suggest that microorganisms retrieve from<br />
extremely hot, cold or forbidding environments (extremozymes, such as are recovered at hot holes in the<br />
ocean floor) may exp<strong>and</strong> the range <strong>of</strong> temperatures <strong>and</strong> conditions used in manufacturing biotechnical<br />
products. This may create opportunities for new, environmentally friendly bioprocesses while saving<br />
time <strong>and</strong> energy.<br />
Real-time Environmental Sensors ... By the use <strong>of</strong> yet-to-be-developed sensors, supermarkets could<br />
detect the presence <strong>of</strong> bacteria <strong>and</strong> other dangerous pathogens in food. Workplace air quality could be<br />
monitored to prevent "sick building syndrome." Other benefits that may result from monitoring in the<br />
environment include control <strong>of</strong> airplane <strong>and</strong> other transportation environments, preventing infections in<br />
hospitals <strong>and</strong> in municipal water supplies <strong>and</strong> in guarding against pathogens potentially used in<br />
biological terrorism.<br />
Enviro-manufacturing <strong>and</strong> Recycling ... Greatly enhanced recyclability <strong>of</strong> a whole range <strong>of</strong> products<br />
may change the complexion <strong>of</strong> entire environmental protection in the future. Increased use <strong>of</strong><br />
biodegradable material in such things as plastics, paper, cars <strong>and</strong> computers will have an impact. Dry<br />
cleaning with liquid carbon dioxide will minimize or eliminate this source <strong>of</strong> environmental pollution.<br />
Recycling will become "second nature" to all <strong>of</strong> the citizens <strong>of</strong> the world, <strong>and</strong> recyclates will be a major<br />
resource for future civilizations.<br />
Lightweight Cars ... As the weight <strong>of</strong> automobiles is reduced by the use <strong>of</strong> advanced materials, the<br />
family sedan will get at least 80 miles per gallon <strong>of</strong> gas, generate less pollution <strong>and</strong> use more recycled<br />
materials. Lighter weight cars will be built with less steel <strong>and</strong> more lightweight aluminum, magnesium,<br />
titanium <strong>and</strong> composites. Advanced metal forming techniques will provide precisely the strength needed<br />
at every point. The 150 pounds <strong>of</strong> glass used in today's cars will be cut by a third or more by the use <strong>of</strong> a<br />
composite s<strong>and</strong>wich <strong>of</strong> glass <strong>and</strong> plastic. Today's 100-pound air conditioners will weigh half as much,<br />
particularly as glass is specially coated to reflect or absorb heat radiation.<br />
While some <strong>of</strong> these concepts may sound far fetched, many <strong>of</strong> them already have a running start in<br />
parent technology. Further details on the environmental technology forecast coming from the U.S.<br />
Department <strong>of</strong> Energy can be obtained: Greg Koller at Pacific Northwest National Laboratory;<br />
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