7 results about "Solid product" patented technology

The present application relates to a biomass pyrolysis gasification device and method using an atmospheric pressure microwave plasma torch, and belongs to the field of energy and environmental engineering. The device comprises a microwave plasma system, a reaction chamber, an airflow conveying system, an airflow control system, a material processing system, an ash storage bin, and a gas treatment system. The present application synchronously realizes biomass feeding, processing, and solid product discharge through its own gravity, effectively reduces heat loss, avoids tar generation, prevents material blockage, and separates the biomass materialization region from the plasma coupling region. The reaction chamber is designed ingeniously, simplifying the integration with other equipment, and has the advantages of low cost and high microwave energy utilization efficiency, significantly improving the integration and overall operation performance of the system.

This invention discloses a reactor and method suitable for ultrafine particle vapor deposition, relating to the fields of chemical engineering and materials preparation technology. The reactor includes a reactor body, a feeding mechanism, and a gas-solid feed pipe connecting the reactor body and the feeding mechanism. The reactor body has a reaction bed section, a conveying bed section, and a descending bed section connected in sequence. The diameter ratio of the reaction bed section to the conveying bed section is greater than 1. At least one gas-phase nozzle is provided on the descending bed section, and a control valve is connected to the end of the descending bed section. The control valve is connected to an outlet pipe and a circulation pipe connected to the feeding mechanism. Thus, by setting the reaction bed section and the conveying bed section with narrower diameters, the apparent gas velocity entering the conveying bed section is automatically adjusted, carrying the solid product out for conveying. Simultaneously, the gas-phase nozzle in the descending bed section provides conditions for the solid product to undergo secondary reactions as needed. The selective connection of the control valve enables the extraction or circulation of the solid product.

The present application relates to the fan blade processing technical field, especially to a kind of fan blade fragment processing method, including to fan blade fragment is classified and screened and moisture content self-adapting pretreatment, using preheating type waste heat compressed air is prevented and is air-lifted, in pyrolysis gasifier is carried out three-stage subsection gradient control temperature pyrolysis, into the pyrolysis gasifier partition and is imported steam, realize the cooperation of coke suppression and glass fiber protection, to pyrolysis gas is separated into three stages, and separated solid particles are classified and oriented return material, to pyrolysis flue gas and fuel gas are waste heat cascade recovery multi-link supply, through edge computing realizes wind farm wind power curtailment and pyrolysis load two-way electric power closed-loop control, pyrolysis system is according to the real-time self-optimizing intelligent adjustment of working condition parameter, to pyrolysis solid product is quenched and shaped and glass fiber lossless recovery, pyrolysis processing system and wind farm microgrid island operation and have multiple safety protection.

The application discloses a kind of preparation method and equipment of fulvic acid solid, belong to biological organic fertilizer raw material processing technical field.The high-purity, fulvic acid solid finished product of total water-soluble is obtained by raw material processing, alkali dissolution acid extraction, centrifugal separation, drying preservation and other steps.The equipment includes pretreatment unit, extraction reaction kettle, concentration device, low-temperature drying machine, screening forming machine and tail gas recovery component, each unit is closed in series, realizes material continuous flow and waste heat recycling, with the characteristics of automatic control, gentle processing, energy saving and consumption reduction.The preparation method of the application is stable in operation, strong controllability, can maximize the retention of fulvic acid active functional group, the obtained solid product is high in purity, good in solubility, low in impurity content, the equipment structure is compact, low in running cost, can realize large-scale continuous production, is suitable for industrialized preparation of multiple raw materials such as mineral source fulvic acid, biomass fulvic acid, and has environmental protection and economy.

This invention discloses a distillation and drying system and method for utilizing low-grade waste heat in the field of fine chemicals, relating to the field of fine chemical technology. Through the organic synergy of the distillation feed treatment unit and the waste heat utilization unit, only a single external heat source in the reboiler is needed to simultaneously drive the two core processes of distillation separation and feed / wastewater concentration. This achieves efficient recovery of volatile components and precise separation of non-volatile components, while also realizing reduced-volatility concentration of feed / wastewater and low-temperature drying of solid products. Thus, an energy utilization system covering the entire process of distillation, concentration, and drying is constructed, significantly improving the capture efficiency, cascade utilization level, and overall system energy efficiency of low-grade waste heat. It is suitable for scenarios involving distillates and requiring wastewater concentration.

This invention relates to the fields of materials science and chemical engineering, specifically to a phosphoric acid-assisted hydrothermal synthesis method for Mo2CT. x The MXene method involves mixing Mo₂Ga₂C with an aqueous solution of phosphoric acid and conducting a hydrothermal reaction in a hydrothermal reactor. After the reaction is complete, the solid product is filtered and washed to remove unreacted phosphoric acid and Ga. 3+ Ions, after drying, yield Mo2CT x MXene. Mo2CT obtained by the method of this invention. x It has the advantages of high purity, no functional groups such as F and Cl on its surface, and extremely low residual P element. Compared with the traditional HF etching method, it shows significant advantages in terms of operational safety, production convenience and scalability potential. It has shown good application prospects in a variety of application fields such as catalytic materials, batteries, supercapacitors, and optoelectronic devices.

This invention discloses a rapid-circulation polycrystalline silicon preparation system, comprising a polycrystalline silicon reactor, a circulation riser, and a heater. The upper part of the polycrystalline silicon reactor is equipped with an exhaust pipe and a silicon particle feed pipe, while the lower part is equipped with a solid product outlet pipe and a silicon-containing raw material gas inlet pipe. The circulation riser is arranged longitudinally, with one end of the solid product outlet pipe connected to the middle of the circulation riser. The upper end of the circulation riser is directly or indirectly connected to the silicon particle feed pipe, and the lower part of the circulation riser is connected to a hot air pipe. The heater is used to heat the airflow entering the hot air pipe to obtain hot air. This invention directly heats the silicon particles outside the reactor and uses high-temperature hot air to rapidly circulate the silicon particles in the circulation riser, simultaneously completing the heating and classification of the silicon particles, improving the wall deposition problem, enabling long-cycle operation, and significantly expanding production capacity.