What is a grain bin moisture management system?

What is a grain bin moisture management system?

Grain bin moisture management is important for many different reasons.  The way you dry your grain has a huge impact on the quality of the product, as well as its safety and shelf life.   It doesn't matter how much you spend on agriculture equipment or who built it, if the moisture content is too high for the intended use of the grain, it will be useless.

A system that monitors the moisture content of stored grain automatically. The moisture content is measured by inserting a sensor into the pile. When the optimal value is reached, an alarm can sound to warn workers to move the pile before spoilage occurs.

This system works with any scale of storage bin structure and may consist of multiple layers or single-use sensors within one layer. Generally, no modifications are needed to existing structures whereby installation is quick, simple, and cost-effective

Grain Bin Moisture Management System can be used in all climates where farmers store their wheat or corn in grain bins to ensure that the stored grains are dry enough to prevent spoilage

However, simply using a grain dryer with the temperature probes does not automatically mean that you have a good moisture monitoring system. Though many producers have relied upon corn dryers for years without facing downtime, there are still too many instances where malfunctioning equipment has caused significant damage due to improper management of the bin being dried.  You need EndZone Fan Controls that are automatic fan controls that operate the fan and turn them ON and OFF to attain the right temperature of the stored grains. 

Grain Bin Moisture System for Grain Quality Management

The main goal of implementing a three-phase moisture management system isn't necessarily to eliminate all traces of mold or to ensure that your corn is as dry as possible (which may actually increase the risk of mycotoxin production).  Rather, it's about minimizing the frequency and magnitude of quality problems due to either under drying or overdrying.

Implementing a three-phase moisture management system can help you keep your grain quality at the highest possible level. 

  1. The first phase of the system is dryer run time because having control over this variable has been shown to be one of the most effective ways to improve corn safety.  But don't forget that good airflow also helps dryer performance, so make sure that you are doing everything you can to ensure that air is moving through your drying equipment.

  2. The second phase of the system is bin tarping.  Though some don't think tarping is necessary, it offers significant benefits for moisture management, especially during dryer malfunction or interruption.  Tarping alone has already proven itself as a very effective way to prevent spoilage.

  3. Lastly, you can never ignore proper storage management.  It's also important to realize that how you mix your grain before drying matters.   Grain bin drying systems can help reduce risk, but they are only tools - the main thing that matters is how you use them.

The grain dryer is just another tool that you can use to manage your moisture, but it's important to identify the tools that are best suited for each job.  Though there isn't anything wrong with using a grain dryer by itself, you will likely benefit more if you combine it with other risk management strategies.

A Grain Storage Systems works well with a Grain Temp Guard Alarm System for monitoring grain moisture levels to prevent spoilage. The goal of the technology is to improve farmer profit margins by reducing waste and minimizing the potential loss of grains.  Thus, some of the grain bin storage equipment such as EndZone fan controls, Grain Temp Guard Alarm System, and Grain Moisture Sensors are highly useful for effective Grain Storage Systems.

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