57results about How to "Fast cracking speed" patented technology

The present invention relates to a compound according to the formula:wherein R1, R2, R3, R4, R5, R6, R7, R8, Y, Z, n, s, and t are as defined herein. These compounds are useful for methods of solid phase synthesis.

The invention discloses a 40-thousand-ton hard carbon black reaction furnace and a production process of carbon black. The carbon black reaction furnace comprises a combustion chamber, a venturi tube, a reaction chamber, and a quench zone. The uniquely designed combustion chamber of the reaction furnace ensures that the distribution of the temperature field of the carbon black production is more reasonable, the appropriate angle, length and inner diameter of the venturi tube ensure that raw oil is fully vaporized and sheared on the venturi tube part; and the reasonably designed reaction section and the matched quench zone ensure that the carbon black cracking reaction can be performed quickly, and the side reaction can be inhibited. Coal gas or natural gas is used as a fuel, the range of the raw oil is wider, the production capacity of the carbon black is high, unit consumption is low, a small amount of polluted product is discharged and the quality of the carbon black is high.

The invention discloses a microwave pulverized coal cracking and retorting furnace, which comprises a feeding hoist, a limit-sealed coal storage bunker and a limit-seal coal supply bunker, a furnace body (2) in a preheating drying section, and a ceramic plate turning machine (3). , heating section furnace body (4), pyrolysis and carbonization section furnace body (5), cooling section furnace body (6), discharge section furnace body (7), gas ascending channel (8), refractory heat preservation system (9), microwave System (10), microwave slit antenna (11), frame platform (12), semi-coke cooling system and gas water seal (13), semi-coke collection system (14), raw gas collection port (15), furnace body Microwave suppression and explosion-proof devices are installed at the joints of components. The present invention acts on the cracking and carbonization of pulverized coal based on the principle of microwave heating and non-thermal catalytic effect, so compared with the current dominant gas heat carrier carbonization process, it is suitable for a wide range of raw coal specifications, fast cracking speed, high output efficiency, good product quality, and no waste. Environmental pollution and other aspects have obvious advantages.

The invention discloses a human hair rapid lysate for trace drug detection and application thereof. The human hair rapid lyse for trace drug detection has a raw material component comprising: 50-100nM alkaline protease AH-101 , 0.5‑2% thioglycolic acid, 25‑75 mM glycine, 30‑60 mM tris hydrochloride buffer, 40‑80 mM sodium chloride‑sodium hydroxide buffer, and 0.5‑1.5% polyethylene glycol octane phenyl phenyl ether (Triton X-100); wherein, nM is nanomoles per liter, mM is millimoles per liter, and % is volume percent. The present invention can quickly extract trace drug small molecules from human hair samples, has high release rate of drugs, little influence of impurities, non-toxic and pollution; Quickly, the whole cracking time only needs 90 seconds, so that the drug molecules are effectively released, compared with the cracking method in the prior art, the operation time is greatly shortened, and the authenticity and reliability of the experimental results are guaranteed.

The invention discloses a cracking and recycling equipment for waste rubber tires, which comprises a casing, a crushing mechanism for crushing tires is arranged in the casing, and the crushing mechanism includes a crushing box fixedly connected above the inner wall of the casing , the top of the crushing box is fixedly connected with a feeding pipe, the inner wall of the crushing box is rotatably connected with a plurality of rotating shafts, and the side walls of the plurality of rotating shafts are fixedly connected with spiral crushing leaves, and between two adjacent spiral crushing leaves One end of the plurality of rotating shafts runs through the crushing box and the side wall of the housing respectively and is fixedly connected with a plurality of synchronous wheels, which are connected by a synchronous belt, and the side wall of the housing is connected by a bracket A motor is fixedly connected, and the movable end of the motor is fixedly connected with one end of one of the rotating shafts. In the present invention, by setting a crushing mechanism, the rotation of a plurality of spiral crushing leaves can not only transport the tires, but also crush the tires, thereby accelerating the cracking speed of the tires.

The invention discloses an automatic microwave cracking reaction device for waste rubber. The device consists of an automatic control system, a variable frequency motor, a spiral propelled microwave cracking reaction bin, a pneumatic closed automatic feeding valve assembly and a pneumatic closed slag discharge valve assembly; microwave magnetrons are uniformly arranged on the outer walls of two sides of a spiral propeller in the spiral propelled microwave cracking reaction bin; the pneumatic closed automatic feeding valve assembly is arranged at the feeding end of the spiral propelled microwave cracking reaction bin; the pneumatic closed slag discharge valve assembly is arranged at the discharge end of the spiral propelled microwave cracking reaction bin and a material distributor is arranged at the feeding hole of the pneumatic closed automatic feeding valve assembly. The device has high automation degree, high treatment quantity, low manufacturing cost, full-closed continuous production, safety and environmental friendliness, can be used for extracting combustible gas, gasoline, diesel oil and industrial crude carbon black, is safe in recycle, does not discharge waste slag or harm gases, and does not cause secondary environmental pollution.

The invention relates to the field of rubber cracking and recycling, in particular to a method for improving the efficiency of rubber cracking. The method crushes collected rubber products into blocks with a size close to the size of peanuts; Functional sealed tank, add thinner water to dissolve the rubber, and accelerate the rubber dissolution by stirring; connect the sealed tank directly to the rubber cracking device, keep a high degree of sealing, and perform high-temperature cracking and stirring on the dissolved rubber. Due to the high temperature, thinner The volatilization of water is separated from the solution; the volatilized thinner gas is collected and cooled for recycling; the dissolved rubber is more likely to react with the catalyst, and the heating is more uniform, which can effectively improve the cracking efficiency, and thinner is easy to volatilize and can be collected Cool and reuse.

A continuous internal heating type double-barrel cracking furnace for solid organic matter is of a fixed horizontal double-barrel-body structure. Continuous feeding is performed on the upper portion of one end of each barrel body. Continuous slag discharging is performed on the lower portion of the other end of each barrel body. The upper portion of each barrel body is provided with a plurality of gas outlets. Two rotors are arranged in the dual barrel bodies side by side. While the rotors are used for heating materials in the barrel bodies in a dividing-wall mode, the materials are propelled and stirred rotationally. Each rotor is composed of a shaft barrel and a screw band, and each screw band is of a hollow structure. High-temperature flue gas firstly enters the shaft barrels and then enters inner cavities of the screw bands through flow guiding holes, the flue gas rotates along with the rotating barrels in the inner cavities of the screw bands and spirally flows along the inner cavities of the screw bands at the same time, heat is fully released, the materials are heated, and then the flue gas enters the shaft barrels to be exhausted. The flue gas and the materials are in countercurrent dividing-wall heat transfer, temperature difference is large, smoke exhaust temperature is low, heating is uniform, cracking gas is exhausted in time, secondary cracking is avoided, and the oil yield is high. The furnace is scientific and reasonable in structure and technology, high in machining capacity, low in cost, capable of achieving energy conservation and environment protection, safe, reliable and low in labor intensity, pollution caused by combustion of dioxin is avoided, resources are reasonably utilized, and market popularization value is great.