TH5984A3 - Biogas Air Mixing Equipment Suction System for Low Cycle Diesel Engines - Google Patents

Abstract

DC60 Biogas Air Mixing Equipment The suction system for low cycle diesel engines consists of the isthmus jacket, gas conduit and isthmus where the biogas conduit flows through the isthmus jacket. When the air flows into the isthmus The suction of biogas in the isthmus jacket flows through the holes around the isthmus. Mix with air It flows through the air inlet of the biogas mixture with air into the engine. Resulting in a device that allows a quick and convenient gas flow into the intake and dispersion The weather has improved Which can result in saving energy and fuel The cost of farmers can be reduced. Biogas Air Mixing Equipment Low-cycle diesel engine suction system consists of the isthmus jacket, gas conduit and isthmus where the biogas conduit flows through the isthmus jacket. When air enters the isthmus, a force of suction occurs, the biogas contained in the isthmus jacket flows through the holes around the isthmus. Mix with air It flows through the air inlet of the biogas mixture with air into the engine. Resulting in a device that allows a quick and convenient gas flow into the intake and dispersion The weather has improved Which can result in saving energy and fuel Can reduce the expenses of farmers

Claims (3)

1. Biogas Air Mixing Equipment The suction system for low cycle diesel engines consists of a isthmus jacket (1), a gas conduit (2), and a isthmus (3), characterized by a gas conduit (2). A pipe with a 90 degree bend for biogas to flow in. This allows the plastic pipes that are connected to the gas hose (2) to be connected vertically, which makes This allows the biogas to be brought from the well without any weakening and bending at the connection point to the gas conduit (2) when operating at high temperatures due to engine heat during operation. More than one gas conduit (2) is connected to the isthmus jacket (1), where the isthmus jacket (1) is metallic. The inner hollow cylinder, which is used to cover the isthmus (3) to make the face increase in volume and hold. Biogas is stored before it is brought into the isthmus (3) and to adjust the biogas entering the device to have a uniform pressure around the isthmus (3), which results in a uniform flow of biogas into the air. The engine revs flattened by the isthmus (3), which is attached to the inside of the isthmus jacket (1), which is a hollow cylinder with a center cavity and a small hole (6). A number of holes are drilled around the center of the isthmus (3), with holes (6) all acting as holes that provide the gas located. The isthmus jacket (1) flows through it and mixes with the air on the inside of the isthmus (3) and makes the biogas more dispersed and mixed with the air. The upper end of the isthmus (3) has an inlet (4), which serves as an air intake. The lower end of the isthmus (3) is the outlet channel (5), which is an outlet for biogas and mixed air. 2. Biogas-air mixing equipment, suction system for low-cycle diesel engines according to claim 1, where there are 3 pipes of water, gas (2). 3. Air-biogas mixing device, suction system for low-cycle diesel engines according to claim 1, where there is a isthmus (3) fixed inside of a cylindrical-shaped isthmus jacket (1). A hollow with the middle of the neck and has 12 small holes (6).