Member Dr. BISHNU HARI
MemberForum Replies Created
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An instance where mold prevention was prioritized too much, leading to overly dry, brittle grain, often occurs with the over-application of aeration or high-temperature drying beyond the point necessary to reach the optimal storage moisture content. This results in kernels that are prone to stress cracks and breakage during handling and transport
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Multi-depth soil moisture sensors are generally reliable and accurate, but their accuracy can be affected by factors like soil type, salinity, and temperature. Calibration frequency depends on the sensor and application; high-precision sensors may need recalibration every few years, while others may require more frequent checks, with some commercial sensors needing checks hourly under specific conditions. When different sensors give conflicting readings, it may indicate the need for recalibration, proper maintenance, or an understanding that variations are due to differences in soil conditions across the installation points.
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Thank you
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It is recommended moisture sensors at multiple depths. For those who use them, how reliable and accurate have you found these sensors? How often do you calibrate them, and what do you do when different sensors show different readings?
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It is very important
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We all fear mold and spoilage, but are we sometimes “over-aerating” out of an abundance of caution? Share an instance where you might have prioritized mold prevention too much and ended up with overly dry, brittle grain.
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Weight and quantity
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It clearly highlights the focus on preventing the cross-contamination during batching and mixing and eliminating pathogens through the process of heat treatment which is the key steps in ensuring feed safety and product integrity.
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Appreciate your participation & contribution.
Looking forward more active involvement of others.
-Anoop -
Really helpful information for the feed manufacturers and quality professionals to stay proactive in monitoring and prevention.
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Excellent summary that reflects both technical expertise and a strong commitment to quality assurance. Very informative explanation of how Statistical Process Control (SPC) can be applied in the feed milling process. Thank you for sharing.
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Good efforts and mentioning.
Appreciate it!!
-Anoop -
Excellent summary that reflects both technical expertise and a strong commitment to quality assurance. Very informative explanation of how <strong data-start=”75″ data-end=”112″ style=”letter-spacing: 0.24px;”>Statistical Process Control (SPC) can be applied in the feed milling process. Thank you for sharing.
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Please elaborate a little more Paul.
That will be more useful for everyone.
-Anoop -
Thank you for providing this thorough overview of the primary safety standards for feed mills, highlighting the dual responsibility of feed mill operations protecting both employees and the integrity of the final product.
