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Analysis of a DDGS Air-Drying System with heat recovery

Posted on:2009-07-13Degree:M.SType:Thesis
University:Iowa State UniversityCandidate:Hoeck, Christopher BradyFull Text:PDF
GTID:2441390002494341Subject:Engineering
Abstract/Summary:
Dry Distiller Grains with Soluble (DDGS) are a co-product of the conversion from corn into Ethanol fuel. Several applications depend on the ability of a drying process to remove moisture from a product, such as DDGS, in an effective and economical manner. Common drying methods use air to facilitate product drying as it proficiently absorbs the unwanted moisture, creating a moist-air mixture that captures both the latent and sensible heat released from the product. The most economical approach to an Air Drying System integrates a heat recovery system that transfers the heat removed by the moist-air mixture during drying back into the drying system before rejecting the moist-air mixture out of the system. The ability to condense moisture out of the moist-air mixture represents the potential energy available for recovery in the heat recovery system. This report analyzes a DDGS Air-Drying System with Heat Recovery.
Keywords/Search Tags:DDGS air-drying system with heat, Air-drying system with heat recovery, Moist-air mixture
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