(KR101908723) Cell type anerobic digestion system using dry and wet wast 机翻标题: 暂无翻译,请尝试点击翻译按钮。

源语言标题
(KR101908723) Cell type anerobic digestion system using dry and wet wast
公开号/公开日
KR10-1908723KR20150112295 / 2018-12-192015-10-07
申请号/申请日
KR10-2014-0036156 / 2014-03-27
发明人
CHONG KWANG-HWAKIM, JUNG GONHAN, DEOK WOO;
申请人
REPUBLIC OF KOREA;
主分类号
IPC分类号
B01F-009/08 C02F-003/28 C02F-011/04
摘要
(KR10-1908723) According to an embodiment of the present invention, provided is a cell type dry-wet anaerobic digestion system. The cell type dry-wet anaerobic digestion system comprises: a digestion reactor which is formed in a drum type cylinder, and in which a plurality of unit digestion cells are installed in multiple stages, rotated by a driving apparatus which rotates the outer circumference of the cylinder; a raw material feeding unit which is installed on a front end side of the digestion reactor, and feeds organic raw materials into the digestion reactor; a stirring unit which is installed to penetrate through a central portion of the digestion reactor, and includes a stirring shaft to which a plurality of stirring wings are mounted in the longitudinal direction to agitate the digestion raw materials, and a stirring shaft driving unit which separately rotates the stirring shaft separately from rotations of the unit digestion cells; and a digestion sludge discharging unit which is mounted on a rear end side of the digestion reactor, and discharges sludge digested in the digestion reactor to the outside. The unit digestion cell is configured to form a barrier on one end portion of the cylinder, and an overflow hole for overflowing the digestion raw materials in a central portion of the barrier.  COPYRIGHT KIPO 2016
机翻摘要
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地址
代理人
(KR101908723) EZ INTERNATIONAL PATENT & TRADEMARK LAW OFFICE
代理机构
;
优先权号
2014KR-0036156
主权利要求
(KR10-1908723) 1. A horizontal drum type and the outer peripheral surface formed of a cylindrical rotating cylinder is rotated by the drive unit comprises a plurality of horizontal drum is mounted horizontally in a multistage hydrogenation cell dehydrogenation reactor; dehydrogenation reactor wherein the reactor is provided inside the front end digested with digested raw material feed portion for supplying a raw material; dehydrogenation reactor disposed to pass through the central portion and, extinguishing material moved to the outlet side of the stirring blade to rotate a plurality of stirring in a longitudinal direction of the rotating stirring shaft unit equipped with a stirring shaft rotating the digestion of the cell separately from the mixing shaft and for driving the stirring unit; dehydrogenation reactor downstream of the dehydrogenation reactor installed in the digested sludge in digested sludge discharge to an outside; and wherein, in the circumferential surface of the digestive cell unit receives a signal from the position detection sensor unit for individually controlling the rotation state of the digested cell unit; characterized in that it comprises a, wherein one end of the cylindrically shaped wall digestive cell unit formed in the center of the partition wall and the side of the fire extinguishing material and the other side so as to overflow a mutation of a short length of the rectangular shape and is formed on the moon features, wherein the control unit when the number of the monthly flow control, positioned in the front side of the cell unit to the opposite the overflow moon-flow hall digestion digestion unit side of the rectangular shape of the cell are positioned perpendicularly to the control and, wherein the control unit in the control of the monthly flow when said control positioned perpendicularly to the front side of the back side of the digested cell unit overflow moon-flow hall side of the rectangular shape of the cell digestion unit is configured to control both the monthly flow positioned horizontally to the control, wet anaerobic digester system for cell types 2. AMEND STATUS: Delete 3. AMEND STATUS: deletion 4. Method according to claim 1, wherein the raw material feed portion in the reactor at the front end of the extinguishing unit comprising a raw material to be installed in the inlet of the hydrogenation and, at the front of the unit with one end closed and the digestive cell, wherein the raw material inlet formed in the side of the upper side or the shear center of the cell type of said wet anaerobic digester system 5. AMEND STATUS: Deleted 6. Method according to claim 1, wherein the digestion reactor in the sludge discharge of the extinguishing unit located at an end of the digested sludge to be installed in the outlet and the digestion, the digestion sludge outlet is formed as a disc or a conical entry door, the digestion sludge outlet connected via a screw feed device is characterized in that the digestion sludge discharged from the wet anaerobic digester system for cell types 7. Method according to claim 1, wherein the independent operation of the control unit cells each unit digestion in accordance with control signals to independently being rotated, the simultaneous operation of the control unit controls the digestive cell according to a signal from each unit is connected to the connection of the fixed extinguishing cells fixed by the fixing devices, wherein each unit cell of the digestive collectively rotate simultaneously with said wet anaerobic digester system for cell types 8. AMEND STATUS: Delete 9. AMEND STATUS: deletion 10. Method according to claim 1, digestive cell unit for lifting the inner peripheral surface of the back side of the raw material consisting of advancing the plurality of transport blades at an angle to said wet anaerobic digester system for cell types 11. Method according to claim 1, wherein the outer peripheral surface of the cylinder in the digestive cell unit rotates the rotary gear drive or a roller section parts being rotationally driven by the driving device of said wet anaerobic digester system for cell types 12. Method according to claim 1, wherein the digestion reactor surrounding the outside of the outer frame at a predetermined interval and includes a case, wherein the outer frame of the casing in order to maintain the reactor temperature was digested in the external heat source is supplied to the heating device is mounted and, wherein the heating device in the space between the case and the outer frame into a dehydrogenation reactor wherein the reactor heat to warm the internal temperature of the digestion of the wet anaerobic digester system for cell types 13. Method according to claim 12, wherein the outer casing frame for supporting the base and further comprising a fire extinguishing system, the digestive system of the base is provided with a horizontal angle of a control unit for controlling the horizontal angle of view by a control signal to the horizontal angle adjustment unit can be further comprising a cell type of said wet anaerobic digester system of 14. Method according to claim 13, wherein the horizontal angle adjusting unit comprises a central portion of the base of the fire extinguishing system and the central axis is inclined to a horizontal angle formed depends on the tilt control signals respectively expand or contract in length by the left, right adjusting cylinder and including a wet anaerobic digester system cell type 15. Method according to claim 13, wherein the horizontal angle adjustment unit includes a cylinder and piston combination or oil, pneumatic maki, a worm gear, a rack and pinion and the like composed of a combination of at least one cell type of said wet anaerobic digester system 16. Method according to claim 4, wherein the raw material batch with the outer tube charging of the raw materials being conveyed, the raw material inlet tube is installed in the reactor unit with a material charging port extinguishing fire extinguishing cell associated with said feedstock input port is connected at a location, which has the structure that can be separated, wherein the raw material has been introduced in the reactor after the digestion of the raw material charging port and the inlet tube is controlled so as to separate said dry cell type wet anaerobic digester system 17. Method according to claim 16, wherein the raw material charging pipe further comprises a flexible tube, wherein the regular intervals by a flexible tube before, the backward movement of the structure for the anaerobic digestion system of the wet cell type gun 18. Method according to claim 4, wherein the stirring shaft at the front end of said unit passes through the one end portion of the digestive cells formed in the airtight chamber kwvreyinsle; and the airtight chamber is connected through the interior space of the face of the agitation axis, or outside of the airtight chamber through the gas injection pipe connected to the tip; further comprising, wherein the gas injection pipe is maintained under anaerobic conditions may be a positive pressure inside the hermetic chamber for injecting gas to maintain the cell type is a wet anaerobic digester system conditions
法律状态
GRANTED
专利类型码
B1A
国别省市代码
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