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OrganisationCSIRO Tropical Agriculture
OrganisationCSR Technical Field Department
OrganisationBSES
dc.contributor.advisor
AuthorKeating, B
Date Accessioned2013-12-12
Date Available2013-12-12
Issued1997
Identifierhttp://hdl.handle.net/11079/13028
AbstractThe project examined variation in amino-N in cane supply at the Macknade Mill during the 1996 crushing season. This variation was related to factors such as crop class, variety, time of harvest, ccs, and farm supplying the cane. Extensive variation in amino-N concentrations was found in cane supplied to Macknade Mill over this season. There was a large crop class effect detected, with plant crops on average registering 50% higher amino-N concentrations in their juice than later ratoons. There was no significant variety effect detected. A major factor determining amino-N level was the farm from which the cane was sourced. Some farms always supplied cane with high levels of amino-N in the cane, indicating excess N supply. Others consistently supplied cane with low to adequate levels of amino-N. Overall approximately 45% of the cane supply to Macknade Mill during the 1996 crushing season was estimated to have been grown under conditions of excess N supply. Excessive N fertilisation rates is thought to be the most probable explanation, but this suggestion is being explored in follow up research.
AbstractThe project also explored some options for rapid and cost effective analysis of amino-N concentrations in cane juice, that might be suited to installation into the juice stream of mills. Near-infrared Spectrometry (NIR) was shown to have considerable promise and this technique is being further evaluated in follow-up research.
Languageen
PublisherBSES
Part of SeriesInternal Report; 1997 CTA021
SubjectMilling
SubjectTechnology
SubjectNIR
SubjectNitrogen
TitleMonitoring cane at the mill to improve nitrogen management on the farm, a pilot study : final report CSC21A
KeywordsN fertiliser management, Levels of amino N, N supply, Near Infrared Spectrometry, N concentration


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  • Milling efficiency and technology [51]
    Research outcomes: Optimised mill transport and logistics. Mill capacity and efficiency is optimised through improved processes, technology and value chain coordination and collaboration.

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