TH9798B - System for purifying exhaust gas - Google Patents

Abstract

This invention It is intended to remove the produce contained in the exhaust gas. And reduce the amount released of the harmful components present in the exhaust gas. To achieve the above aim Has provided a system for making Pure exhaust gas Consisting of a cylindrical body Formed by The placement of a number of rooms in a row. Nozzle for injection Flow with a predetermined pressure Will be arranged in at least one room Personal items Compression for feeding fluid under pressure through a channel Pressure entry way To allow fluid to be injected from the nozzle section The basin of the fluid Connect to the recording through the first input channel. The collection chamber is provided in the collected fluid bath section, connected to the collector via a collector-use suction channel, arranged at the center of the collection funnel and adjusted to collect the fluid and the separated produce. From the exhaust gas by fluid From the nozzle part As for the basin of the collected fluid And the compression will be made to connect Each other through the second entry channel And control methods that connect With nozzles, compression and suction parts, and is used and adjusted to regulate gas Pure exhaust

Claims (8)

1. A system for purifying the exhaust gas expelled from the engine consists of a shaped housing. A cylinder made by arranging at least three chimneys continuously. Unified Where the exhaust gases pass through and where each of them is bounded between Both ends of the walls are spaced in the direction of the gas flow and have openings for allowing Provide the flow of exhaust gas. A nozzle for spraying a fluid that is at least added pressure. Finally, in the first chimney that aligns with the aforementioned cylindrical housing, which The first, aligned chimney was designated as an injection and main separation chamber, a feed pressure booster. The fluid is pressurized through a pressure passage to the nozzles, so the fluid is injected into the first inline chimney. A fluid reservoir connected to the booster through the first feed channel, the first collector located in the first inline chimney, the reservoir. The collected fluid is connected to the first collection through a collection channel, drawing portion (s) placed in such collection channel to Collects fluid and the product is separated from the flue gas by the fluid released from Such nozzle And the heat retaining wall unit of the second chimney that is aligned These are arranged next to each other from the first vent in the same line and Defined as a chimney for separating the second unit, a given wall unit that maintains that heat. The end-of-wall boundary of the second, aligned chimney, positioned at the end of the wall, arranged between the first and second chimneys in In the same direction, such heat-retaining wall units retain heat from the flow. The flue gas to evaporate moisture inside the second chimney in the same line. The system continues to consist of a second collection that connects to the second vent in line. The same, and is connected to the collection channel through a branch passage for moisture to flow easily from the second, aligned flue, the collected fluid reservoir and the equipment Such pressure increases are connected. Each other through a second input channel, the system also consists of a contact control device. To prevent and control such nozzles, such pressure boosting devices and the said pull-off parts to Purify exhaust gas And the third, aligned chimney, a muftlingchamber with a device for silencing the exhaust gas flow. 2. System according to claim 1, where the fluid contains liquids. 3.System according to claim 1, where the fluid consists of gases that reduce heat and have low flammability. 4. System according to claim 1, where, at least at the end of the said wall, partially sets the boundary. Between the intermediate sections which separate the adjacent adjacent chimneys, each end of the wall follows It has such an opening for allowing the flow of exhaust gas, an opening in the end of the wall mounted. The shield is not aligned, causing the flue gas flow to deviate to the side. 5. System according to claim 1, where such a nozzle is provided for spraying the pressure-boosted fluid. Into the first chimney that is aligned in the perpendicular direction relative to the Flue gas flow through the flue 6. System according to claim 5, where many such nozzles are placed in the first chimney. In the same line for spraying fluid into the first inline chimney It in a predetermined direction. 7. System according to claim 1, where the engine is a diesel engine 8. System according to claim 1, containing filters related to the collection channel. Such as to separate the product from the flow.