50results about How to "Improve combustion sufficiency" patented technology

This application relates to an energy-saving asphalt mixing plant, which includes a feeding belt conveyor, a drying drum, a hot aggregate hoist, an asphalt tank and a mixing pot. The drying drum includes a body and a heating mechanism. The heating mechanism includes a combustion cylinder and an oil gun. , Fuel supply tank and air supply assembly, the gas outlet end of the combustion tube is connected to the body, the oil gun is set in the combustion tube, and the oil outlet of the oil gun is set towards the body, the fuel supply tank is connected to the oil gun, and the air supply assembly includes a supply Air box, fan and multiple air supply pipes, the fan is connected to the air supply box, and the multiple air supply pipes are connected to the combustion cylinder and arranged tangentially to the inner wall of the combustion cylinder, and the multiple air supply pipes are arranged along the direction away from the body Arranged sequentially. In this application, a multi-layer spiral airflow will be formed in the combustion tube, thereby increasing the contact area between fuel and air, reducing the influence of turbulent air flow in the combustion tube on fuel combustion, and finally achieving the effect of increasing fuel combustion sufficiency.

The invention discloses an installation structure facilitating to increase an air increment of an engine. The installation structure comprises an intake manifold arranged on a combustion chamber of the engine for feeding air into the combustion chamber, and an air increaser, wherein one end of the air increaser is communicated with the intake manifold, and the other end is connected with one end of an air inlet pipe; the other end of the air inlet pipe is connected with an air outlet of an air filter; a fan is arranged in the air increaser; and when the engine works, the fan works to suck filtered air in the air inlet pipe into the intake manifold so as to enter the combustion chamber. The installation structure facilitates to largely increase the intake increment of the combustion chamber, improves the combustion sufficiency of the combustion chamber, and facilitates to fully exert the engine power.

The invention discloses a petroleum heat extraction multiple thermal fluid generation system adopting petroleum coke as fuel, and belongs to the technical field of petroleum heat extraction. The petroleum heat extraction multiple thermal fluid generation system comprises a slurrying device, a stirring tank, a high-pressure pump, a combustor, a high-temperature separator and a slag storage tank, and the combustor is overall vertically arranged, comprises a combusting chamber and a vaporizing chamber formed in the lower part of the combusting chamber, and further comprises an atomization spray gun, a cyclone and an auxiliary ignition device which are arranged at the top of the combusting chamber. The top swirling combustor cooperates with the auxiliary ignition device, thus water-coke slurryand a combustion improver are mixed and then subjected to high-pressure swirling spray combustion, it is ensured that the water-coke slurry and the combustion improver are sufficiently mixed and atomized, swirl combustion is formed by the cyclone to enhance homogeneous charge compression ignition of the water-coke slurry, the homogeneous charge compression ignition time is prolonged, sufficient combustion of the water-coke slurry is ensured, coke embers and the carbon content of fly ash are reduced, thus the petroleum coke becomes possible for serving as the fuel of a multiple thermal fluid generator, and the cost of multiple thermal fluid thickened oil miming is lowered.

The invention discloses water gap baking equipment. The water gap baking equipment comprises a furnace body, and the furnace body is provided with a baking chamber for baking a water gap. A combustorfor providing fuel gas through a fuel gas supply pipeline assembly is arranged on the baking chamber, and a smoke exhaust pipe is arranged at the top of the baking chamber. The furnace body further comprises a combustion aiding air preheating chamber which is located at the top of the baking chamber and wrap the circumferential direction of the smoke exhaust pipe, and an air inlet and an air outlet are formed in the combustion aiding air preheating chamber. The air outlet communicates with the combustor, and the fuel gas supply pipeline assembly is connected with a gas pressurizing assembly for increasing the flowing speed of the fuel gas. According to the water gap baking equipment, combustion aiding air is preheated through smoke generated by fuel gas combustion, and meanwhile the flowing speed of the fuel gas is increased through the gas pressurizing assembly. More combustion aiding air can be driven to get into combustion, the combustion sufficiency is improved effectively, and thebaking temperature is improved; and the energy utilization rate is increased, it is ensured that the baking temperature of the water gap meets the needs, and the continuous casting quality is guaranteed.

The invention discloses a pellet roasting device, which comprises an upper combustion chamber, a lower combustion chamber and a roasting beaker, wherein the upper combustion chamber, the lower combustion chamber and the roasting cup are connected sequentially from top to bottom and are in a cylindrical shape integrally. According to the provided pellet roasting device, a structure is improved, so that the combustion sufficiency of gas is improved, the radiating and edge effects of the roasting beaker are reduced, energy is saved, the problem of large quality difference of pellets on upper side, lower side, edges and central position of the roasting beaker caused by non-uniform flame and large edge effect during roasting tests of the pellets is solved, and the stable and effective condition is created for the roasting tests and study of the pellets.