Distributed low-temperature plasma tubular accelerator straw fertilizer manufacturing machine

Abstract

The invention relates to a distributed low-temperature plasma tubular accelerator straw fertilizer manufacturing machine, which comprises a high-temperature field sedimentation furnace, high-temperature plasma accelerators, a sealed water tank and a distributed low-temperature plasma tubular accelerator, wherein the high-temperature field sedimentation furnace is provided with a straw powder feeding hole, a tail gas discharging hole and an ash discharging hole; the flame nozzle of each high-temperature plasma accelerator communicates with the hearth of the high-temperature field sedimentationfurnace; the sealed water tank is provided with a liquid feeding and discharging valve and an air outlet and is filled with a preset water level of aqueous solution; the distributed low-temperature plasma tubular accelerator is used for manufacturing the tail gas of the high-temperature field sedimentation furnace into soluble fertilizers, and the soluble fertilizers are dissolved in the aqueous solution in the sealed water tank; and a condenser is arranged between the tail gas discharging hole and the sealed water tank. The hearth of the high-temperature field sedimentation furnace formed bythe high-temperature plasma accelerators generates a high-temperature even thermal force field; when straw powder particles fall to the high-temperature even thermal force field, the straw powder particles are instantaneously gasified, ashes sink to form soluble macroelement, medium element and trace element fertilizers, the tail gas is processed by the distributed low-temperature plasma tubular accelerator, nitrogen and sulfur gases condense and fall into water, and macroelement and medium element fertilizers are formed.

Description

technical field

[0001] The invention belongs to the technical field of straw fertilizer making, and in particular relates to a distributed low-temperature plasma tube accelerator straw fertilizer making machine. Background technique

[0002] Yu Liebig, the world-renowned fertilizer industry master: "To maintain soil fertility, all the things taken from the soil must be returned." "Only by increasing the ash content in the soil can the yield be increased."

[0003] The opening statement of the author’s preface to the pioneering work of organic agriculture, The Holy Book of Agriculture: “Since the Industrial Revolution, the global economy has accelerated, and its goal is to produce enough food and raw materials to meet the needs of the population and factories. But there is a large increase in crop and animal growth. At the same time, soil fertility has been lost, for which there is no remedy. The consequences have been catastrophic. Agriculture has begun to lose balance, land...

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