Rapid heating device of organic waste fertilizer production device
A rapid heating technology for organic waste, applied in the preparation of organic fertilizers, organic fertilizers, fertilization devices, etc., can solve the problems of inability to use household kitchen waste machines, affect the heating effect of the furnace wall, and high cost of heat medium oil, etc., and achieve reduction Effects of design complexity, material cost savings, and electricity cost savings
Inactive Publication Date: 2014-06-18
UBUNTU LIFE CO LTD
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Problems solved by technology
Since the temperature of the furnace must reach 80 degrees, if the heating method is used at this time, the temperature of the furnace wall is often higher than 80 degrees due to uneven heating. If the processed material is not stirred and moved immediately, it is likely to be carbonized and adhered to the furnace wall due to high temperature; and the furnace wall is carbonized and blackened, which will also affect the heating effect of the furnace wall. Therefore, in the enzyme rapid fertilization method Among them, in order to avoid the influence of charred carbonization on the heating effect, the indirect heating method of the electric heater is mostly used, that is, heat medium oil is placed between the electric heater and the storage tank. When the electric heater is heated, the temperature of the heat medium oil rises, and then the heat medium The temperature of the oil is used to heat the wall of the storage tank, so that the entire wall of the storage tank is heated uniformly and stably to avoid the occurrence of charred carbonization; but the time required for the heat medium oil to heat up to the target temperature during the initial heating Longer, the cost of heat medium oil itself is high, and the liquid medium oil has safety problems, so it cannot be used in household kitchen waste machines
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[0022] The present invention is a rapid heating device for organic waste fertilization equipment, which can avoid scorching and carbonization caused by excessive furnace wall temperature and uneven heating when the electric heater is directly heated, and will not make the fertilization equipment fertilize The effect of temperature and enzyme reaction is affected; at the same time, it solves the safety problem of using heat medium oil for heating, reduces the complexity of the design of the heating device, reduces the steps of heating the heat medium oil first, and simplifies the operation procedure of the heating device when it is used. The invention can ferment organic waste in a fast, low-temperature, safe, and power-saving way to produce fertilizer.
[0023] Please refer to figure 1 , which is a schematic diagram of an embodiment of the rapid heating device of the organic waste fertilization equipment of the present invention, including a material storage tank 12, at least ...
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The invention provides a rapid heating device of an organic waste fertilizer production device. The rapid heating device comprises a storage tank with an inlet being arranged at the top or at the side of the storage tank, at least one electric hot plate arranged at the bottom of the storage tank for heating the storage tank, at least a piece of heat preservation cloth covering the bottom of the electric hot plate, the outer side of the electric hot plate and the outer side of the storage tank or covering electric hot plate to the top of the storage tank from the bottom of the storage tank. The heat preservation cloth covers the electric hot plate, which avoids heat dissipation, thus the heat is kept around the storage tank and warms the storage tank, and the required temperature in the tank is kept.
Description
technical field [0001] The invention relates to a technology for making organic waste into fertilizer, in particular to a rapid heating device for organic waste into fertilizer. Background technique [0002] Recently, breakthroughs have been made in organic fertilizer technology, such as using microorganisms to decompose fertilizers or enzymes to quickly make fertilizers. The method of using microorganisms to decompose fertilizers requires two procedures: heating fermentation and normal temperature fermentation. In the heating procedure, heating to 50 In an environment of ~60 degrees, the organic waste and microorganisms can fully react for 24 to 48 hours. After the reaction is completed, they are then moved to the second normal temperature fermentation area for natural maturation, about 14 to 28 It can be fertilized in the future, and it can be shortened to 14 to 21 days as a whole. The enzyme rapid fertilization method uses specific enzymes to decompose organic waste acco...
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IPC IPC(8): C05F17/02
CPCY02W30/40
Inventor 郭茂松杨秋忠
Owner UBUNTU LIFE CO LTD