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	Home  > Crop Research  > Grain Storage  >  Cooling  Print
	Index of research publications    Current Research Projects    Cropping Calendar    Milling Wheat Signpost    Malting Barley Signpost    Grain Storage     -   Store preparation  -   Drying  -   Cooling  -   Insects and mites  -   Pesticides and fumigation  -   Sampling and testing  -   Grain defects and impurities  -   Outloading  -   General storage information Grain Sampling and Analysis    Disease Control    Oilseed Rape Disease Forecasting and Management Tools    Monitoring disease levels     UK Cereal Pathogen Virulence Survey    Recommended Lists (RL Plus)     Sunflowers    Research Initiatives    sow2succeed    soil2crop    Barley Growth Study    Agriculture and Horticulture Research Forum    Publications    Tools    Events    Links    Cooling Once dry, grain must be cooled rapidly by blowing cooler ambient air through the warmer grain bulk using vertical or horizontal ducts. Cooling to below 12°C (10°C for rapeseed) will prevent insects from breeding. Aim for less than 15°C within two weeks and less than 10°C by Christmas. When combined with correct drying, cooling will help minimise the risk of mycotoxin development and will help maintain germinative capacity of malting barley. Airflow, air volume and timings must all be carefully managed.    TS53 Vertical ventilation for cooling grain (2001) Straightforward tips for optimum spacing and sucking or blowing strategies for vertical ventilation systems used for cooling grain TS60 Ensuring good germination in malting barley (2002) Examines the causes of poor germination and describes drying, cooling and storage conditions to ensure good germination of malting barley TS62 Preventing and controlling mites in stored cereals (2002) Guidance on cost-effective approaches to avoiding mite infestation in cereals covering drying, cooling, monitoring, pesticide application and use of diatomaceous earth TS78 Drying and cooling grain: an update (2004) A summary of drying and cooling requirements to ensure that grain can be stored safely with minimum risk of mycotoxin (Ochratoxin A), pests and loss of germinative capacity    Safe Storage Time Calculator (2006) For a safe storage risk assessment, use this straightforward spreadsheet immediately after harvest to record moisture and temperature as you dry/cool your grain Cost effective cooling (2008) This Knowledge Centre module looks at how to cool your grain quickly and cost-effectively to maintain quality. There are cooling strategies, a look at challeges to UK cooling an dlocal farm data.   Focus on differential thermostats (2008) Climate change series: Case study 21 Focus on differential thermostats in grain store  HGCA Knowledge Centre The information in this module was originally developed for the series of HGCA/ACCS Mycotoxin and Grain Storage Workshops in 2008. Cost effective cooling Cooling your grain quickly and cost-effectively to maintain quality
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