System and method of manipulating airflow in a grain mass

1. A method of manipulating a flow of air within a grain mass, comprising:

controlling multiple vent assemblies coupled to multiple ducts within a container in which a grain mass is stored and embedded within the grain mass extending from a plenum to a headspace, and positioned along a length of each duct of the multiple ducts within the container, each vent assembly having a vent and a gate that selectively open and close portions of each duct along the length thereof to selectively restrict a flow of air through each duct and into and out of specific sections of the grain mass at different portions of each duct, the multiple ducts spanning an entire length of the grain mass, allowing a flow of air into each duct as the flow of air enters the grain mass, and exiting out from the grain mass to allow the flow of air to have a path that is unrestricted by at least a section of the grain mass,

wherein the multiple vent assemblies are automatically and selectively activated to deliver specific air flow patterns through a selective release of the flow of air, in which a first duct in the multiple ducts permits the flow of air into the grain mass from a lower vent assembly, and

wherein a higher vent assembly of the first duct or of at least one additional duct permits the flow of air from the grain mass and out through an exhaust port above the grain mass in one or both of the first duct or the at least one additional duct, to target a specific section of the grain mass, and

wherein one or more fans enable the flow of air to the grain mass through the multiple ducts, the multiple ducts providing the path for the flow of air from a bottom of the multiple ducts to a top of the multiple ducts that eliminates the flow of air having to pass entirely and only through the grain mass itself.

2. The method of claim 1 , further comprising determining temperature and moisture content of the grain mass, temperature, relative humidity, and carbon dioxide of air surrounding the grain mass, and temperature, relative humidity, and carbon dioxide of air flowing into and out of a portion of the container in which the grain mass is stored, from information collected by one or more sensors.

3. The method of claim 2 , further determining a condition of the grain mass, and properties of the air flowing into and out of the portion of the container in which the grain mass is stored, to define a height, a direction, and a flow rate of specific flow patterns for the flow of air to specific sections of the grain mass.

4. The method of claim 3 , further comprising modifying the specific air flow patterns for the flow of air, in response to the condition of the grain mass.

5. The method of claim 3 , wherein the specific air flow patterns are delivered to the grain mass in one of a horizontal direction, a vertical direction, and an angular direction relative to a position of the ducts.

6. The method of claim 3 , wherein the determining the properties of the air flowing into and out of the portion of the container in which the grain mass is stored is performed to assess whether to treat the flow of air by one or more of heating the flow of air, cooling the flow of air, adjusting the temperature, adjusting the one or more fans to either increase or decrease the flow rate, and introducing treatments into the flow of air, prior to directing the flow of air to the grain mass.

7. The method of claim 3 , wherein the determining the condition of the grain mass further comprises continually tracking the condition of the grain mass over time from characteristics of the grain mass or the properties of the flowing into and out of the portion of the container in which the grain mass is stored.

8. The method of claim 7 , further comprising calculating a value of the grain mass from the condition of the grain mass over time, the value of the grain mass including one or more of a dry matter loss of the grain mass, an estimated market value of the grain, and a remaining storage life.

9. The method of claim 7 , wherein the characteristics of the grain mass are particular to the specific sections of the grain mass.

10. A system for manipulating a flow of air within a grain mass, comprising:

an assembly comprised of multiple vent assemblies coupled to multiple ducts within a container in which a grain mass is stored and embedded within the grain mass extending from a plenum to a headspace, and positioned along a length of each duct of the multiple ducts within the container, each vent assembly having a vent and a gate that selectively open and close portions of each duct along the length thereof, the multiple ducts spanning an entire length of the grain mass, allowing a flow of air into each duct as the flow of air enters the grain mass, and exiting out from the grain mass to allow the flow of air to have a path that is unrestricted by at least a section of the grain mass;

one or more processors configured to control the multiple vent assemblies to selectively restrict the flow of air through each duct and into and out of specific sections of the grain mass at different portions of each duct, wherein the multiple vent assemblies are automatically and selectively activated to deliver specific air flow patterns through a selective release of the flow of air, in which a first duct in the multiple ducts permits the flow of air into the grain mass from a lower vent assembly, and wherein a higher vent assembly of the first duct or of at least one additional duct permits the flow of air from the grain mass and out through an exhaust port above the grain mass in one or both of the first duct or the at least one additional duct, to target a specific section of the grain mass; and

one or more fans configured to deliver the flow of the air to the multiple ducts, wherein an air conditioning system enables the flow of air to the grain mass through the multiple ducts, the multiple ducts providing the path for the flow of air from a bottom of the multiple ducts to a top of the multiple ducts that eliminates the flow of air having to pass entirely and only through the grain mass itself.

11. The system of claim 10 , wherein temperature and moisture content of the grain mass, temperature, relative humidity, and carbon dioxide of air surrounding the grain mass, and temperature, relative humidity, and carbon dioxide of air flowing into and out of a portion of the container in which the grain mass is stored, are determined from information collected by one or more sensors.

12. The system of claim 11 , wherein the one or more processors are further configured to determine a condition of the grain mass, and properties of the air flowing into and out of the portion of the container in which the grain mass is stored, to define a height, a direction, and a flow rate of specific flow patterns for the flow of air to specific sections of the grain mass.

13. The system of claim 12 , wherein the one or more processors are further configured to modify the specific air flow patterns for the flow of air, in response to the condition of the grain mass.

14. The system of claim 12 , wherein the specific air flow patterns are delivered to the grain mass in one a horizontal direction, a vertical direction, and an angular direction relative to a position of the ducts.

15. The system of claim 12 , wherein the properties of the air flowing into and out of the portion of the container in which the grain mass is stored are utilized to assess whether to treat the flow of air by one or more of heating the flow of air, cooling the flow of air, adjusting the temperature, adjusting the one or more fans to either increase or decrease the flow rate, and introducing treatments into the flow of air, prior to directing the flow of air to the grain mass.

16. The system of claim 12 , wherein the one or more processors are further configured to continually track the condition of the grain mass over time from characteristics of the grain mass and the properties of the flowing into and out of the portion of the container in which the grain mass is stored.

17. The system of claim 16 , the one or more processors are further configured to calculate a value of the grain mass from the condition of the grain mass over time, the value of the grain mass including one or more of a dry matter loss of the grain mass, an estimated market value of the grain, and a remaining storage life.

18. The system of claim 16 , wherein the characteristics of the grain mass are particular to the specific sections of the grain mass.