Our IoT products are a plug-and-play solution for your grain bin. All devices read in-bin grain cables for grain temperature and moisture monitoring.
Different devices are used for In-Bin Drying & Hydrating and are able to automate the fan and heater with our modular control boxes.
Managing your grain is essential to running a profitable operation. Whether you are tracking, storing, monitoring or conditioning we have build a platform for all your grain management needs!
Adaptive Agriculture has been providing the Bindapt+ In-Bin Drying system since the foundation of the organization. Through customer feedback and R&D we have continued to develop valuable tools to assist farmers with their In-Bin Drying applications.
Manage your farm with your TEAM in a simple intuitively designed application from your Mobile or Desktop.
Manage all grain bin inventories (Grain, Fertilizer, Other). Monitor all available cables and set alerts to text or email
Fly between fields and track crop plans, field activities, and get virtual weather!
Track notes on all Bins, Fields, and Tasks to keep everyone updates with the latest accurate information
Geolocation allows you to pin-point areas of interest/concern in the field and place scouting markers for the future
Collaborate with you farm team, add additional users to you farm and keep everyone on the same page.
Additional features and integrations are constantly being worked on and evaluated. Each year there are always significant improvements to the platform.
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Corn can enter a bin in good condition and still develop problems months later. Temperature differences within the grain mass can cause air to circulate, carrying moisture from one area of the bin to another. If that moisture accumulates unnoticed, corn can develop crusting, mold, hot spots, or spoilage.
Protecting stored corn requires a coordinated approach: dry it appropriately, cool it evenly, aerate when conditions are favorable, and monitor it throughout storage.
Corn is a good insulator, so the center of a bin may stay warm even as outdoor temperatures fall. During cold weather, air tends to rise through the warmer center and descend along the cooler bin walls. As warm, moist air reaches colder corn near the top, moisture can condense.
Crusting, condensation beneath the roof, musty odors, or rising grain temperatures can signal deteriorating conditions. In warmer spring weather, natural air movement may reverse, allowing moisture to accumulate in the lower central portion of the bin.
The same principles apply to bins of any size. Corn stored for an extended period needs proper drying, airflow, and routine inspection.
Before filling the bin, remove old grain and debris, inspect fans and vents, check the roof for leaks, and test monitoring equipment. Inspect the corn for excessive fines and broken kernels, which can restrict airflow and increase the risk of spoilage.
Ideal corn storage moisture levels vary based on grain condition, how long the corn will be stored, and its intended use. Corn stored for longer periods generally needs to be drier, while warm, wet grain has a shorter allowable storage time.
If corn enters storage above the target moisture level, an in-bin grain drying system can help move drying air through the grain mass. Producers can also review our guide to drying corn using Bindapt Plus/Pro to see how airflow, plenum readings, and in-bin sensor data can be used to manage the drying process.
Aeration helps reduce moisture migration by minimizing temperature differences within the bin. The goal is to cool the grain in stages as outdoor temperatures fall and maintain a uniform temperature throughout the grain mass.
Run fans when outdoor conditions can bring the grain toward the desired temperature without adding unwanted moisture. After each cooling cycle, check temperatures at several levels to confirm that the cooling front has moved through the full grain depth. Roof vents must allow exhaust air to escape freely.
Poorly timed aeration may rewet corn or create uneven temperature or moisture levels within the grain. Automated controls can help run fans based on conditions inside and outside the bin. Adaptive Agriculture’s Bindapt+ 2.0 Automate uses sensor data to automate aeration and can also control supplemental heat and exhaust fans.
Airflow for corn aeration is commonly measured in cubic feet per minute per bushel, or CFM/bu. A higher airflow rate moves the cooling front through stored corn faster, while lower airflow systems require longer fan operation.
The estimates below show how airflow rate and foreign material can affect cooling time. Foreign material can include fines, broken kernels, and plant debris.
Airflow rate | Clean grain | High foreign material | Aeration classification |
0.05 CFM/bu | 240 hours | 300 to 350 hours | Light |
0.10 CFM/bu | 120 hours | 150 to 175 hours | Light |
0.20 CFM/bu | 60 hours | 75 to 85 hours | Medium |
0.30 CFM/bu | 40 hours | 50 to 60 hours | Medium |
0.40 CFM/bu | 30 hours | 35 to 40 hours | Fast |
0.50 CFM/bu | 24 hours | 30 to 35 hours | Fast |
0.60 CFM/bu | 20 hours | 25 to 30 hours | Fast |
0.80 CFM/bu | 15 hours | 18 to 20 hours | Fast |
1.00 CFM/bu | 12 hours | 14 to 16 hours | High speed |
2.00 CFM/bu | 6 hours | 8 to 10 hours | High speed |
3.00 CFM/bu | 4 hours | 5 to 6 hours | High speed |
5.00 CFM/bu | 2.5 hours | 3 to 4 hours | High speed |
Light aeration systems delivering 0.10 CFM/bu or less take longer to cool grain and are generally better suited to cooler climates. Medium and fast systems, ranging from 0.20 to 0.80 CFM/bu, cool grain more quickly and help maintain uniform temperatures. Airflow of 1.00 CFM/bu or more is used for rapid cooling.
Cooling should not be confused with natural-air drying. Cooling uses periodic fan operation to lower and equalize the temperature of stored corn. Natural-air drying requires sustained airflow over a longer period to reduce the moisture content of wet grain.
These cooling times are general estimates. Grain depth, static pressure, bin design, fan performance, and the concentration of fines can affect actual results. Select fans using the manufacturer’s performance data for the airflow and static pressure required by the specific bin.
Spoilage often develops in isolated pockets, so a surface check or a single temperature reading may miss the warning signs. Consistent, multi-point grain bin moisture monitoring helps identify areas where moisture is accumulating.
A grain bin temperature monitoring system adds another layer of protection. Watch for readings that rise over time or differ noticeably from nearby sensors. An unexplained temperature increase may indicate biological activity, insect activity, or developing spoilage.
Keep records of temperatures, moisture levels, fan operation, weather, and inspection findings to identify gradual changes that might otherwise go unnoticed. Adaptive Agriculture’s grain management platform brings sensor readings, alerts, inventory details, and bin history together in one place.
Physical inspections remain important, especially during changing weather or when corn enters storage at a higher moisture level. Regularly check for condensation, crusting, settling, unusual odors, insect activity, and changes in the air leaving the bin.
Always follow grain-bin safety procedures. Never enter a bin while unloading equipment is operating, and never walk on crusted grain, which may conceal a cavity underneath. If an inspection suggests a hot spot, assess whether aeration can address the problem, whether the grain needs to be moved, or whether help from a grain storage professional is needed.
Preventing spoilage is easier when drying, aeration, monitoring, and inspection work together. Uniformly dried corn, controlled seasonal cooling, reliable sensor data, and prompt action can reduce the risk of a small moisture pocket becoming a costly loss.
Explore Adaptive Agriculture’s in-bin drying, monitoring, and automation solutions to gain better visibility and control over stored grain.
During cold weather, warmer air can rise through the center of the grain mass and cool near the top of the bin. As the air cools, moisture can condense in the colder grain, creating a damp area.
Inspection frequency depends on grain condition, temperature, and weather changes. Check stored corn more often after filling the bin, during major seasonal temperature shifts, or whenever sensor readings change unexpectedly.
Aeration primarily controls grain temperature. Although it may remove some moisture, wet corn requires sufficient airflow and suitable air conditions for drying. Routine aeration should not replace a drying plan.
Warning signs include rising grain temperatures, musty odors, surface crusting, condensation, insect activity, and localized moisture increases. Early detection gives you a better chance to isolate or correct the problem.
Office Address:
27054 Unit 7 Sunrise Avenue Sioux Falls SD 57016
Phone numbers:
Main Office: +1-605-601-3124
Tech Support / Install: +1 701-509-5045 (Eric Fazakas)
