48results about How to "Guaranteed oxidation effect" patented technology

The landfill leachate bioreactor comprises a reaction box, a water outlet in the lower portion of the right side of the reaction box is fixedly connected with the water inlet end of a lifting pump, and the water inlet end of the lifting pump is fixedly connected with a water inlet of an electrolytic treatment device. According to the landfill leachate bioreactor based on the modified fiber filler, a water inlet pipe is connected with a leachate outlet pipe, a driving motor II drives a rotary water injection pipe to rotate through the rotary water injection pipe, and a flow equalizing pipe rotates along with the rotary water injection pipe, so that leachate in the flow equalizing pipe can be discharged downwards through a drainage hole while the flow equalizing pipe rotates; the flow equalizing pipe is changed from static leachate discharge to rotary residual filtrate discharge, so that the position of the flow equalizing pipe is in a continuously changing state, and the leachate is more uniformly and comprehensively distributed when entering the reaction box; further, the filter material is in full and comprehensive contact with the upper layer modified zizania aquatica shell fiber filter material structure and the lower layer coconut shell fiber filter material structure.

The invention discloses a method and system for removing organic impurities from salt manufacturing brine. The method comprises the following steps: regulating the pH value of the salt manufacturing brine to be 1-6, then enabling the salt manufacturing brine after pH value regulation to enter a first-stage reactor of a reaction system formed by series connection of at least two stages of reactors, wherein discharged materials of each stage of reactor are divided into cycle materials and net discharged materials, enabling the cycle materials of all stages of reactors except the last-stage reactor to return and enter the corresponding-stage reactor, and enabling the net discharged materials to enter the next-stage reactor; and adding an oxidizer and a catalyst to all stages of reactors, performing a reaction under UV irradiation, finally enabling the cycle materials of the last-stage reactor to return and enter the corresponding-stage reactor, regulating the pH value of the net discharged materials of the last-stage reactor to be neutral, and performing filtration so as to obtain purified brine. Through the adoption of the method, the application of a Fenton reagent in the purification field of low-concentration organic aqueous solutions is realized, the technical problem that a Fenton reaction can only be in intermittent production is solved, and the method has the characteristics of being good in impurity removal effect, large in treatment capacity, safe and environment-friendly, and realizing continuous production.

The invention belongs to the biomass energy utilization technology field, and discloses a cobalt-based Fischer-Tropsch fixed bed catalyst used for biomass synthetic gas and a preparation method therefor. The catalyst is composed of the following materials, by weight, 5-15% of Co3O4, CuO with a content of being more than 0 and less than or equal to 5%, 0.1-1% of RuO2, 3-20% of ZrO2, and the balance being gamma-aluminum oxide. The preparation method is as follows: first, gamma-aluminum oxide with a BET specific area of 180-210 m<2> / g and an average pore size of 14-16 nm is weighed according to required weight, the gamma-aluminum is peptized with 1-3wt% of concentrated nitric acid, then 0.5-2wt% of a pore forming agent CMC and 0.5-2wt% of auxiliary extruding agent sesbania powder are added, after the above mixture is mixed, pinched, ground and agglomerated, strip extrusion molding is carried out, after drying and calcinations, an alumina carrier is obtained; second, ZrO2 component is loaded through a saturation impregnation method, and a catalyst carrier is obtained after drying and calcination; third, Co3O4, CuO and RuO2 components are loaded through a saturation impregnation method, and a catalyst is obtained after drying and calcination. The catalyst has high CO hydrogenation catalytic activity and C<+5> selectivity, and low CH4 and CO2 selectivity.

The invention discloses an application of a tellurium-based composite film as an SOI (Semiconductor on Insulator) material. The tellurium-based composite film is of a composite film structure formed in a manner that TeO2 and / or Te are embedded among SiO2-containing particles to form Te / TeO2-SiO2. The tellurium-based composite film is applied to an SOI device, and a Schottky diode device which is of an SOI structure taking the tellurium-based composite film as a silicon insulation layer is manufactured. The test research proves that the tellurium-based composite film has the characteristics of high resistance property, smaller dielectric constant, high forbidden band width, high critical breakdown electrical field, high electron mobility and the like, and becomes an ideal insulation material for manufacture of the SOI device. According to the invention, the problem on the SOI insulation layer is solved, and the application field of the tellurium-based composite film is developed.