February 08, 2015

08/02/2015: NIR speed improves with introduction of dynamic sub-sampling

The use of Near Infra-red transmittance analysis techniques, as used by the FOSS Infratec™ 1241, has become a standard for whole grain analysis at the point of receival.
 

http://www.foss.dk/campaign/infratecnova/?utm_source=SilverpopMailing&utm_medium=email&utm_campaign=Infratec%20NOVA%202015%20%281%29&utm_content=

One key to the success of this technique has been the speed of the analysis allowing a sample to be analysed in around one minute. A second success factor has been the ability to analyse a relatively large sample compared to alternative techniques. This is achieved through analysis of multiple sub-samples combined with mathematical averaging of results to provide a robust prediction of the results.

Increasing the number of sub-samples has been shown to improve the repeatability of a measurement.

Conversely, reducing the number can have the opposite effect. In other words, the effect of sub-sampling with homogeneous samples is negligible whereas with inhomogeneous samples, the sub-sampling is critical.

Speed remains a critical element of efficient grain receival and any gains that can be made can improve overall efficiency of the operation. With sub-sampling being one of the contributors to overall analysis time, the opportunity to reduce these where possible - without impacting accuracy - is a useful improvement that can add value to a grain company.


Read more HERE.
 

The Global Miller
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which is published by Perendale Publishers Limited.


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