4results about How to "No need to separate" patented technology

The application discloses a high-activity Pt / GaCe-Al2O3 catalyst and a preparation method and application thereof. Firstly, an Al2O3 carrier doped with Ga and Ce is synthesized through a hydrothermal synthesis method; then, metal Pt is loaded on the synthesized GaCe-Al2O3 carrier through an impregnation method, so as to obtain the Pt / GaCe-Al2O3 catalyst with high dehydrogenation activity. The catalyst has a nanosheet structure and has strong adsorption performance on methylcyclohexane, and under the condition of 300 DEG C and normal pressure, the catalyst has excellent catalytic dehydrogenation activity and stability in a methylcyclohexane dehydrogenation reaction, and can realize an ultrahigh hydrogen release rate.

The invention provides a method for strengthening leaching of valuable metal in a high-nickel lithium battery through mechanochemical coupling transient heat treatment, and particularly provides a method for recycling the valuable metal in a waste high-nickel ternary lithium ion battery. And then transient heat treatment is carried out in a Joule heat high-temperature heat field, so that the lithium component in the high-nickel positive electrode material can be transformed into lithium silicate, and meanwhile, the transition metal oxide is transformed into low-valence or simple substances.

The invention provides fat-soluble rutin ester as well as a preparation method and application thereof, and belongs to the technical field of food. Comprising the following steps: S1, respectively weighing rutin, an acyl donor and a biocatalyst, putting the rutin, the acyl donor and the biocatalyst into a reaction flask, and adding a mixed solvent for reaction; s2, after the reaction in the step S1 is finished, filtering out the biocatalyst, and collecting clear liquid; and S3, removing the reaction solvent to obtain the fat-soluble rutin ester product. According to the method, edible vegetable oil which is in a liquid state at room temperature is used as an acyl donor, and lipase is used as a biocatalyst to synthesize the fat-soluble rutin ester. The biocatalyst used in the method is low in cost and high in catalytic efficiency, and the acyl donor used in the method is low in cost and high in safety. The synthesized fat-soluble rutin ester is good in safety and can be directly applied to grease and grease-rich systems without separation and purification. The technology has the advantages of simplicity, high efficiency and the like and is suitable for industrial production.