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Grain Dryer Sales and Manufacturing |
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Why are QED Grain Dryers the Most Efficient Grain Dryer in the Industry? |
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First, let's take the typical screen and/or racked dryer drying in 60 degrees F weather. The dryer has to take the outside air and heat it to 180 to 200 degrees F, give or take where the heat sensor is in your dryer. Because it is just screens, all the heated air escapes causing the burner to continually heat the outside air 140 degrees F to take the dryer to temperature. This requires more fuel to be burned at a faster rate. However, with the screened, racked, and enclosed grain dryer from QED, the scenerio is different. At first, we take the outside 60 degrees F air and heat it to 200 degrees F, then that heated air is RECYCLED back down to the burner section creating about 130 to 150 degrees air to be heated to 200 degrees. Only a third of the airflow is exhasted from the top. Because the burner heats the recycled air only 50 to 70 degrees to take it to temperature, there is a huge difference between the typical screen and/or racked dryer compared to the QED grain dryer. |
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The Science for using Dust Burning as Bio-Fuel |
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Dust Burning: Injection of dust into the gas flame using profiling of special high air flow top dust retention burner. Example: 1000 Bu x 56 lbs corn or wheat = 56,000 lbs product. At 1% removal of dust this equals 560 lbs of dust (both corn & field). From testing, QED recieves 5700 BTU of usable energy per pound of dust, which equals 3,192,000 BTU. Every dryer and product yeilds different results. Actual field tests at an outside ambient temperature of 30 degrees F have shown less than 3,000,000 BTU of gas being used instead of the 5,400,000 BTU that would be required if a perfectly dust free product was dried. Your results will vary depending on amount of dust and crop type. |
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Efficiency Specifications of Industry |
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