31results about How to "Quick blend" patented technology

The invention relates to a low-emission combustion chamber with main combustible stage head part multi-point slant oil taking. A single-ring cavity structure is adopted; the combustion chamber is composed of a combustion chamber outer casing, a combustion chamber inner casing, a flame tube outer wall, a flame tube inner wall and a combustion chamber head part; all the air for combustion enters a flame tube from the combustion chamber head part, a classification combustion scheme is adopted, and is divided into a pre-combustion stage and a primary combustion stage; a diffusion combustion organization mode with stable rotational flow is adopted for the pre-combustion stage, and a premixing combustion organization mode with slant oil supplying is adopted for the main combustible stage; the stable working range of the combustion chamber is mainly controlled by the pre-combustion stage, the stable combustion in the combustion chamber within a wider working range can be ensured, and simultaneously a stable ignition source can be provided for the main combustion stage; and the pollution emission of the combustion chamber is mainly controlled by the main combustion stage, and the equivalent weight ratio of the premixing gas of the main combustion stage is controlled in a low-pollution combustion range, thus the great pollution emission reduction of the whole combustion chamber can be ensured. The premixing and pre-evaporation structure provided by the invention is simple, the favorable combustion stability of the combustion chamber is ensured, and simultaneously the pollution emission is reduced greatly.

The invention discloses a process for producing titanium tetrachloride in fluidizing chlorination furnace by using artificial rutile. The process includes five steps of: furnace baking, control of feeding, control of chlorination, tail gas slagging and cyclone dust collection. According to the process, the preparation of titanium tetrachloride by using the fine-sized artificial rutile is achieved, and meanwhile the collection and recycle of the artificial rutile in dust slag which is not completely reacted are also achieved.

The invention discloses a swirling flow mixing device, which is invented to solve the stratification phenomenon that occurs during the mixing process of two or more gas media with different densities, thereby affecting the subsequent process production. The swirl mixing device of the present invention includes an inlet flange, a mixer cylinder, a mixing medium mixing pipe, a cyclone, an outlet flange, and the like. The cyclone comprises a cyclone head, a cyclone cone, and a cyclone vane. The swirling flow mixing device of the present invention has the characteristics of no external energy consumption, small resistance loss, uniform mixing, maintenance-free, and the length of the mixing section is 1 / 100-1 / 200 of natural mixing, which can greatly improve the uniformity of the mixing medium.

The invention discloses a multi-point direct injecting and opposite shearing and fast-mixing radial injection low-nitrogen combustor. The combustor is composed of a combustor gas circuit main pipe, acombustor head baffle, a central fuel supply pipe, a main path fuel injection device and an ignition path system; a seam groove with a radial opening is formed between the tail end of the combustor gas path main pipe and the combustor head baffle, gas is accelerated out through the radial seam groove after passing by the two sides of the main path fuel injection device, gaseous fuel is transversely sprayed into the accelerated gas flow through small holes in the two sides of the fuel injection device, the gas flow at the two sides of the fuel injection device is subjected to intersection shearing, the mixing of the gas and the fuel is accelerated, and the mixed gas is injected into a hearth through the radial groove; one stream of the mixed gas flow is deflected to the downstream after being collided with the hearth, so that a mainstream vortex is formed, the other stream of the mixed gas flow is deflected to the upstream, and an upstream vortex is formed; and the fuel is direct injected in a multi-point mode, the equivalent ratio is uniformly distributed, the flame impacts the wall surface of the hearth, heat exchange is accelerated, the internal circulation of the flue gas is formed due to the presence of the upstream vortex, and the comprehensive characteristics achieve the effect of reducing the emission of nitrogen oxide of the combustor.