Final reports
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1 - 3 of 3 reports matching the query 'CSE181'
1 - 3 of 3 for ‘CSE181’
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CSE181 - Heat disinfestation engineering for grain storage - Possibility of…
The use of chemicals to disinfest bulk grain, machinery and storage areas is becoming increasingly unacceptable to the Australian grains industry. The presence of chemical residues and the phase-out of methyl bromide from general use as a fumigant will limit the ability to rapidly disinfest bulk grain and other commodities. Therefore, the use of heat as a method to disinfest stored commodities,…Region: National
Published on 1 Jul 2001
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CSE183 - Physical and biological strategies component 8: Coordination
CSE183 covers itself and projects in the 'Physical and Biological Strategies' project in GRDC Program 1.8. CSE177 'Facilitating industry adoption of adaptive discounting aeration control'. CSE178 'Effect of chemical and physical processes on malting dormancy'. CSE181 'Heat disinfestation engineering for grain storage - Possibility of using some of the grain dryers for heat…Region: National
Published on 1 Jul 2001
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CSE141 - Heat disinfestation engineering for grain storage
The use of heat as a non-chemical alternative to fumigation is a rapid and chemical residue free method to control stored grain insects. The concept of heating grain to control insect pests is not new. In the early 1900s, several food processing companies in the United States used heat to successfully control insect pests. The Australian grains industry needs to develop alternatives to chemical…Region: South
Published on 1 Jan 1997