When grain is dried using continuous flow or portable batch dryers it must be cooled before it is placed in storage. The cooling process removes the sensible heat that was used to bring the grain temperature up to the drying air temperature, and hopefully reduces the grain temperature to a point where mold growth is no longer a problem. Unfortunately, rapid cooling of grain results in increased grain damage in terms of stress cracks, and is an energy-inefficient process in that the heat stored in the grain is not used for any useful purpose
This publication explains the equipment, management, and allowable storage time for drying grain wit...
Convective dryers are widely used in various fields, such as for drying pasta, fruit, vegetables, ag...
Reducing energy costs of using grain cleaning and drying equipment is an urgent, but difficult task ...
When grain is harvested in Kentucky at moisture contents exceeding 13 to 14 percent, it must be drie...
Natural air and low-temperature drying systems are generally not recommended for Kentucky because of...
As grain yields continue to increase, proper design and management of high-temperature grain dryers ...
When harvest requires high-temperature grain drying, dryeration and combination drying can be implem...
Drying grain to moisture contents below 15 1/2 percent uses costly energy. This publication describe...
Harvested corn often requires artificial drying to lower moisture content for safe storage. Learn ab...
One of the keys to successful in·bin grain drying and aeration is the matching of a drying or aerati...
The effects of heat insulation on the energy consumption and efficiency of a recirculating mixed-flo...
Significant developments and technical trends in the area of grain drying technology are reviewed. I...
The estimation of drying energy consumption is important for grain elevators and the grain processin...
The increase in grain production causes a significant increase in the demand for suitable places to ...
The rapidly expanding U.S. corn ethanol industry produces huge quantities of wet distillers grains a...
This publication explains the equipment, management, and allowable storage time for drying grain wit...
Convective dryers are widely used in various fields, such as for drying pasta, fruit, vegetables, ag...
Reducing energy costs of using grain cleaning and drying equipment is an urgent, but difficult task ...
When grain is harvested in Kentucky at moisture contents exceeding 13 to 14 percent, it must be drie...
Natural air and low-temperature drying systems are generally not recommended for Kentucky because of...
As grain yields continue to increase, proper design and management of high-temperature grain dryers ...
When harvest requires high-temperature grain drying, dryeration and combination drying can be implem...
Drying grain to moisture contents below 15 1/2 percent uses costly energy. This publication describe...
Harvested corn often requires artificial drying to lower moisture content for safe storage. Learn ab...
One of the keys to successful in·bin grain drying and aeration is the matching of a drying or aerati...
The effects of heat insulation on the energy consumption and efficiency of a recirculating mixed-flo...
Significant developments and technical trends in the area of grain drying technology are reviewed. I...
The estimation of drying energy consumption is important for grain elevators and the grain processin...
The increase in grain production causes a significant increase in the demand for suitable places to ...
The rapidly expanding U.S. corn ethanol industry produces huge quantities of wet distillers grains a...
This publication explains the equipment, management, and allowable storage time for drying grain wit...
Convective dryers are widely used in various fields, such as for drying pasta, fruit, vegetables, ag...
Reducing energy costs of using grain cleaning and drying equipment is an urgent, but difficult task ...