8results about How to "Improve the carbonization effect" patented technology

The straw carbonization, granulation and fertilizer preparation integrated equipment comprises a carbonization machine body and a smashing cylinder, the smashing cylinder is arranged above the carbonization machine body, the top of the smashing cylinder is communicated with a drying box, a feeding port is formed in the top end of the drying box, two heating rollers are rotationally connected into the drying box, and the two heating rollers are arranged in the drying box. Two hollow rotating cylinders are rotationally connected into the drying box, air outlet holes are formed in the peripheries of the hollow rotating cylinders, the two ends of each hollow rotating cylinder penetrate through and extend out of the crushing cylinder, one end of each hollow rotating cylinder is connected with a rotating connector, a fixed supporting plate is installed on one side of the drying box, and an air heater is installed on the fixed supporting plate; the air outlet end of the air heater is communicated with a [-shaped air conveying pipe, the two ends of the [-shaped air conveying pipe are communicated with air supply pipes, and one end of each air supply pipe is connected with a rotary connector. The straw drying device has the beneficial effects that the descending speed of straw is low, the straw can be fully heated and dried, the straw drying effect is improved, the carbonization effect is improved, and the fertilizer making effect is improved.

The application provides an agricultural modular container type organic solid waste carbonization system, which comprises a container, an electromagnetic heating rotary carbonization furnace, a first annular pre-treatment box, a second annular pre-treatment box, a rotating screening mechanism, a tail gas treatment module and a remote controller.

This utility model discloses a carbonization tank-ice liner composite structure and a water purifier, belonging to the field of water purifiers. It includes: an ice liner body with an ice liner cavity; a carbonization tank body fixed within the ice liner cavity, also containing a carbonization cavity; an air inlet pipe body including an inlet end and an outlet end, the outlet end located within the carbonization cavity and the inlet end located outside the ice liner body; a carbonization water inlet pipe body including a carbonization water inlet and a carbonization water outlet, the outlet located within the carbonization cavity and outside the ice liner body; and an aerator water outlet pipe body including an aerator water inlet and an aerator water outlet, the inlet located within the carbonization cavity and the outlet located outside the ice liner body. The carbonization tank body, located within the ice liner cavity, utilizes the ice water within the ice liner cavity for cooling, ensuring the carbonization effect while reducing overall volume.

The utility model relates to the related technical field of activated carbon processing device, concretely is a kind of carbonization device for efficient activated carbon production, including heating furnace, furnace door is installed in heating furnace front end, the filter box is set in heating furnace rear portion, and suction fan is installed on filter box, diffusion cover is installed in heating furnace inner chamber rear portion, suction fan is indirectly connected with diffusion cover through the air inlet hole of heating furnace rear end setting, and the carbon dioxide and sulfur dioxide and other gases in the air in processing process are absorbed by the cooperation of filter box and suction fan, improve carbonization effect, by taking rod to conveniently take out the object plate in heating furnace, have stronger use flexibility.

The utility model relates to the technical field of bubble water preparation, in particular to a carbonization system and a water outlet device, and the carbonization system comprises a cold water tank, a carbonization tank, a refrigeration module, a pressurization device and a heat preservation assembly. The carbonization tank is integrally suspended at the bottom of the cold water tank, a fixed distance is formed between the outer wall of the carbonization tank and the inner wall of the cold water tank, and the water inlet pipe, the water outlet pipe and the air inlet pipe penetrate through the bottom of the cold water tank and make contact with cold water to ensure low temperature in the carbonization tank. A water-stop sheet is arranged at the top of the carbonization tank to prevent normal-temperature water from entering the carbonization area. Small holes with the diameter of 0.8-1.2 mm are formed in the water inlet pipe, water flow impacts the inner top surface of the carbonization tank to form a dispersion effect, carbon dioxide mixing is promoted, and the water outlet device comprises the carbonization system. According to the system, by optimizing the structural design, the cold water replacement efficiency and the cold water outlet amount are improved, the influence of heat exchange on the temperature of the carbonization tank is reduced, and the taste of sparkling water is improved.

This utility model discloses a microbial carbon fixation enhanced recycled aggregate device with stirring function, including an air inlet device, a liquid inlet device, a reaction vessel body, and a collection device. The air inlet device includes a vacuum pump and a carbon dioxide cylinder, with an inlet pipe connected to the carbon dioxide cylinder. The inlet pipe is equipped with a thickened valve, a valve handwheel, a pressure gauge, and an inlet valve. The vacuum pump is connected to the side of the reaction vessel body via a flange. Thus, the heating furnace performs a carbonization reaction by mixing microbial slurry, calcium source solution, and recycled aggregate in the reaction vessel. The recycled aggregate is placed in the reaction vessel, and the device controller controls the introduction of carbon dioxide, the spraying of the solution, and the stirring of the recycled aggregate within the reaction vessel. After carbonization, the aggregate enters the aggregate collection area. This device achieves more uniform carbonization of the recycled aggregate, improves the modification effect of microbial enhanced recycled aggregate, and is suitable for enhancing recycled aggregate with carbon-fixing bacteria.

The novel low-carbon recycled aggregate surface strengthening micro-powder carbon mineralization integrated equipment disclosed by the application comprises a rack, a carbonization cylinder one and a carbonization cylinder two, the carbonization cylinder one is horizontally installed on the rack through vibration, the top surface of the carbonization cylinder one is provided with a lower hopper, the top surface of the carbonization cylinder one is provided with an inlet, the lower hopper is provided with a buffer sealing structure, the bottom surface of the carbonization cylinder one is provided with a first discharge port and a second discharge port, the first discharge port is provided with a filter screen, the lower portion of the carbonization cylinder one is provided with the two carbonization cylinder two, the upper ends of the two carbonization cylinder two are in one-to-one correspondence with the first discharge port and the second discharge port and are communicated with the first discharge port and the second discharge port, the carbonization cylinder two is provided with a stirring rod, the lower ends of the two carbonization cylinder two are provided with lower outlets, the top surfaces of the two carbonization cylinder two are respectively provided with an air inlet and a liquid inlet, the carbonization cylinder one is provided with a rod body and a spiral blade, the rod body is provided with a rubbing part, and the surface of the rubbing part is provided with a stripping surface. Compared with the prior art, the carbonization effect of the aggregate is better.

This invention discloses a composite catalyst with high resistance to coking in methane dry gas reforming. The composite catalyst is composed of three components: a supported nickel-based catalyst, a nitrogen-doped carbon-supported molybdenum catalyst, and an inert support. The invention also discloses its application in methane dry gas reforming. After hydrogen reduction, the composite catalyst exhibits excellent activity and stability under high space velocity reaction conditions in methane dry gas reforming, overcoming the deficiency of Ni-based catalysts in methane dry gas reforming that are prone to coking and deactivation under high-temperature conditions.