Experimental Determination of the Insulating Ability of Corn By-Products

This article proposes and experimentally tests a way to better utilize renewable agricultural products that, if successful, will increase revenue for agricultural producers, decrease the amount and cost of disposal of non-renewable products, and decrease the amount of non-renewable products that nee...

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Bibliographic Details
Published in:Journal of sustainable agriculture 2007-01, Vol.30 (2), p.15-27
Main Authors: Dowling, A, Mathias, J.A
Format: Article
Language:English
Subjects:
cellulose
corn by-products
corn cobs
fiberglass
functional properties
insulating ability
insulating materials
Insulation
plant byproducts
renewable resources
rock wool
thickness
waste utilization
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Summary:This article proposes and experimentally tests a way to better utilize renewable agricultural products that, if successful, will increase revenue for agricultural producers, decrease the amount and cost of disposal of non-renewable products, and decrease the amount of non-renewable products that need to be produced. In this article the insulating ability of ground corn cobs is compared, by experimental tests, to typical fiberglass, cellulose, and Rock Wool insulation. The study found that the insulating ability of ground corn cobs is not as great when compared to typical insulations, but using a greater thickness of insulation made from ground corn cobs or combining this insulation with typical insulations may be beneficial. In conclusion it is valuable to know how the insulating ability of ground corn cobs compares with typical insulations to determine if further research in this area is beneficial and to stimulate other possible ways to use renewable agricultural products.
ISSN:1044-0046
1540-7578
DOI:10.1300/J064v30n02_04