11 results about "Incineration" patented technology

The invention relates to manufacture of garbage incinerator, and in particular relates to a whirlwind suction garbage incinerator which has the advantage of rapidness, environmental friendliness and energy conservation. The garbage incinerator comprises a furnace structure, a chassis structure and a furnace cushion structure and is characterized in that the furnace structure is a whole furnace body which is cylindrical, a center steel tube is arranged in a hearth, and the centre steel tube is vertically installed and communicated with a chimney; the top of the hearth, the bottom of the hearthand a bent tube part are connected with an exhaust pipe which is communicated with the outside of the furnace body, the periphery of the lower part of the furnace body is provided with a plurality offans, and the inlet air pipe of each fan extends into the hearth so as to form a rotary airflow forming assembly on the chassis structure; the chassis structure part in the hearth is provided with a cavity with an upward hydraucone, the hearth of the furnace cushion structure is provided with one segment of cavity with an upward hydraucone, and two segments of cavities with downward hydraucones are positioned above; and the upper part of the furnace body is provided with at least two feed inlets. The garbage incinerator provided by the invention has the advantages of rapidness, environmental friendliness, energy conservation and lower cost.

A pipeline system of a vacuum pump unit of a waste incineration power plant comprises a first vacuum unit, a first condenser of the first vacuum unit, a second vacuum unit and a second condenser of the second vacuum unit. The first unit comprises a first vacuum pump, a first vacuum pipeline, a first standby pump and a first standby pipeline. The second unit comprises a second vacuum pump, a second vacuum pipeline, a second standby pump and a second standby pipeline. A first new parallel pipeline is additionally arranged between the first vacuum pipeline and the first standby pipeline, a second new parallel pipeline is additionally arranged between the second vacuum pipeline and the second standby pipeline, and a main parallel pipeline is further additionally arranged. And one end of the main parallel pipeline is connected to the first new parallel pipeline, and the other end of the main parallel pipeline is connected to the second new parallel pipeline. And the first standby pump and the second standby pump can be made standby for each other. Shutdown accidents of the vacuum unit are further reduced, and safe operation of connection of the vacuum unit is effectively ensured.

The invention discloses a solid waste incineration method. The solid waste incineration method is characterized by comprising the following steps that a, a solid waste incineration device is designed; b, during incineration, a feeding motor is started, a center rod is driven to rotate through the output end of the feeding motor, a gear is driven to rotate through the center rod, and rotation is conducted through the gear; c, an operator starts a material pushing motor, a rotating rod is driven to move through the output end of the material pushing motor, a spiral blade and a belt are driven to rotate through the rotating rod at the same time, and the solid waste located in the feeding pipe can be pushed into an incineration furnace body through the spiral blade; and d, a stirring motor is started, an L-shaped supporting rod is driven to rotate through the output end of the stirring motor, by rotating the L-shaped supporting rod, the L-shaped supporting rod drives an outer gear to rotate inside an inner gear, and through meshing connection between the outer gear and the inner gear, the movement track of the outer gear can be limited.

The invention discloses a method for monitoring and treating chlorine in a cement clinker production system for co-treating waste incineration fly ash and the cement clinker production system, and belongs to the technical field of environmental protection. The chlorine monitoring and disposal method is based on a cement clinker production system, and comprises the following steps: respectively detecting the chlorine ion content of hot raw materials and the chlorine ion content of cement clinker in a cement kiln system; by adjusting and controlling the technological parameters of the cement kiln system and/or the air discharge amount of the bypass air discharge device, the chloride ion circulation ratio in the cement kiln system is accurately controlled to be maintained within the range of 50-500, it can be guaranteed that the operation state of the cement kiln system is good and stable, and the influence of chlorine elements on the yield and quality of cement clinker is avoided; and a potassium chloride product with high economic value can be obtained.

The invention provides a method and structure for co-processing waste incineration fly ash underground in a mine. According to the method, anti-pollution and anti-seepage treatment of the mine is used as a first-stage pollution isolation barrier; a secondary dirt isolation barrier is formed through encapsulation treatment; and clay mortar in the treatment sealing layer is used as a third-stage dirt isolation barrier. According to the structure, an underground space of a mine serves as a fly ash disposal space, and a wall impermeable layer is arranged in the fly ash disposal space; a plurality of packaging box body stacks are placed in the fly ash disposal space, and each packaging box body stack is formed by stacking a plurality of packaging box bodies; the encapsulation box body comprises a box body, a chelating agent or a chemical agent fly ash mixture is contained in the box body, and the top of the box body is sealed through a cement mortar layer; a disposal sealing layer is arranged at the outlet position of the fly ash disposal space, and the fly ash disposal space among the multiple packaging box body stacks is filled with clay mortar. The problems that ground land resources are short and waste incineration fly ash cannot be disposed can be effectively relieved. And underground idle space formed after coal mining can be effectively utilized.