KR960014028A - Complex manure processing device - Google Patents

Abstract

It is a super-economic, medium- and large-sized complex manure processing device that can efficiently process large amounts of manure by simplifying various complex facilities such as input equipment, storage equipment, fire extinguishing equipment, oxidation treatment equipment, disinfection equipment, and sludge treatment equipment. Is initiated. The tank is divided into an acid fermentation tank, a methane gas generating tank, and a third treatment tank formed by the first and second separation walls each having a lower shelf opening, and the tank is inclined at an oblique bottom surface. And a second flow inhibiting plate disposed adjacent to the openings of the first and second separation walls, respectively, and equipped with a heating device for heating for proper fermentation conditions, wherein the first separation wall is separated from the second separation wall. In the methane gas tank between the walls, a plurality of partitions are alternately attached to the bottom surface of the methane gas generating tank so that flows alternate with each other, and also penetrate through the upper walls of the tanks of the acid ineffective tank and the methane gas generating tank. A plurality of measuring tubes extending into the acidic fermentation tank and the methane gas generating tank are installed, and the third treatment tank is an oxidation tank. It stays in the acid fermentation tank and methane gas generating tank for about 30 days, respectively, and decayed and digested by anaerobic bacteria for a long time, and almost completely gasified through methane gas and carbon dioxide through low-molecular organic acid. It hardly occurs, and it is made of special steel and has a durability of more than 20 years by applying special synthetic paint on its inside. When gas is generated, hydrogen sulfide (H ₂ S) reacts with iron and precipitates, and it is buried underground. It can be utilized, and it is easy to operate after installation, and it does not involve additional expenses. As a by-product, methane gas is a medium and large complex manure processing device that can be used as fuel. have.

Description

Complex manure processing device

As this is a public information case, the full text was not included.

Claims (5)

The tank is divided into an acid fermentation tank, a methane gas generating tank, and a third treatment tank formed by first and second separation walls each having an opening at a lower portion thereof, and a tank having an inclined bottom surface, and having an inclined bottom surface. A complex manure processing device having a first and a second flow inhibiting plate disposed adjacent to the openings of the first and second separation walls, respectively, and having a temperature device for heating for proper fermentation conditions. Complex manure processing device characterized in that the plurality of partitions are staggered on the bottom surface of the methane gas generating tank so that the flow in the methane gas generating tank between the first separation wall and the second separation wall between each other. The tank is divided into an acid fermentation tank, a methane gas generating tank, and a third treatment tank formed by first and second separation walls each having an opening at a lower portion thereof, and a tank having an inclined bottom surface, and having an inclined bottom surface. A complex manure processing device having a first and a second flow inhibiting plate disposed adjacent to the openings of the first and second separation walls, respectively, and having a temperature device for heating for proper fermentation conditions. And a plurality of measuring tubes installed through the upper walls of the tanks of the acidic fermentation tank and the methane gas generating tank and extending into the acidic fermenting tank and the methane gas generating tank. The tank is divided into an acid fermentation tank, a methane gas generating tank, and a third treatment tank formed by first and second separation walls each having an opening at a lower portion thereof, and a tank having an inclined bottom surface, and having an inclined bottom surface. In the complex manure processing apparatus is installed in the first and second flow inhibiting plate adjacent to the opening of the first and second separation wall, respectively, and equipped with a temperature device for heating for appropriate fermentation conditions, the third treatment tank is Complex manure processing device, characterized in that the oxidation tank. The method of claim 3; A tank having a tank at the top having a pretreatment tank having an inlet for introducing manure, connected to an outlet of the pretreatment tank, and an acid fermentation tank connected to an inlet to discharge only a predetermined amount to the acid fermentation tank; A dot measuring tube is installed which penetrates the upper wall of the tank and extends into the acidic fermentation tank and the methane gas generating tank; A methane gas generator is installed in the water of the methane gas generating tank to feed back the gas generated in the methane gas generating tank to the water of the methane gas generating tank through a pressurizing device. A plurality of partition walls are alternately attached to the bottom of the methane gas generating tank so that flows in the methane gas generating tank between the separating walls are staggered with each other; The third treatment tank, which is the oxidizing tank, is divided into an oxidizing tank and a settling tank by a third separating wall, and the oxidizing tank is filled with a medium gap, and the aeration apparatus is positioned at an intermediate position of the medium higher than the opening of the second separating wall. On the upper part of the third partition wall, the symbol water circulation plate is inclinedly attached so that the gas collides with the aeration device so that the symbol water flows and circulates, and the symbol water overflowing between the circulation plate and the third partition wall is returned to the settling tank. A discharge pipe is installed above the third separation wall so as to flow; A disinfection pipe for disinfecting the discharge pipe symbol water from the discharge pipe is attached to the upper side wall of the sedimentation tank side of the third separation wall, and a drainage port is formed on the tank side wall of the sedimentation tank, and the sludge is removed at the bottom of the sedimentation tank. Complex manure processing device, characterized in that the gun bay is installed. The method of claim 4; The dust treatment tank includes an inlet formed in the side wall, an input force attenuation plate attached obliquely to attenuate the manure throwing input adjacent to the inlet, a first contaminant removing network provided around the inlet, and the outer treatment tank. A baker's conveyor tilted at the bottom and installed at the lowest portion thereof; The metering tank has secondary and tertiary contaminant removal networks at its mouth and outlet, respectively; The acid fermentation tank has an inlet pipe attached to the inlet inclined to the side wall, and a triangular jaw formed so that the manure flowing into the side wall of the tank below the inlet pipe is scattered; Under the acidic fermentation tank, the complex manure processing apparatus characterized in that the sludge tank having a sludge removal conveyor for removing sludge lower than the inclined bottom surface is formed. ※ Note: The disclosure is based on the initial application.