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    • 2. 发明授权
    • Sulfur granulator system and method
    • 硫化造粒机系统及方法
    • US09028729B2
    • 2015-05-12
    • US14247112
    • 2014-04-07
    • Sandvik Process Systems, LLC.
    • Leslie L. LangJamsheed P. IraniSergio A. De PaoliCasey J. Metheral
    • B01J2/06C01B17/02B29B9/12
    • B29B9/12B01J2/06C01B17/0216C01B17/0237
    • Sulfur (or sulphur) spray nozzles disposed with a tank spray liquid molten sulfur into the cooling liquid in the tank. Solid sulfur seeds are formed in the cooling liquid and settle in the tank. The tank may be a spiral dewaterer tank that has a screw conveyor at the bottom of the tank that moves the seeds to a granulating drum for enlargement into sulfur granules. The tank may also he used to capture and remove sulfur dust from a slurry of sulfur dust and water recycled from the granulating drum. The sulfur dust in the cooling tank may be captured by contact with molten sulfur droplets streaming down the cooling liquid column such that the dust particles become incorporated into the droplet, thereby being converted to seed. The granulating drum may be equipped with two or more sets of segmented lifting flights. The sets of flights may not be in alignment. The flights may be spaced apart from the inside surface of the drum with segmented rib members. The rib members may allow for the movement of sulfur seeds and granules between the nights and the inside surface of the drum as the drum rotates.
    • 硫(或硫)喷嘴设置有罐喷射液体熔融硫进入罐中的冷却液体。 在冷却液中形成固体硫种子并沉淀在罐中。 罐可以是螺旋式脱水器罐,其在罐的底部具有螺旋输送机,其将种子移动到造粒鼓,以扩大成硫颗粒。 罐也可以用来从造粒鼓再循环的硫灰和水的浆料中捕获并除去硫灰。 可以通过与冷却液柱下游的熔融硫磺液体的接触来捕获冷却罐中的硫灰,使得灰尘颗粒结合到液滴中,从而转化为种子。 造粒鼓可以配备两组或更多组分段提升飞行。 这些航班可能不一致。 翼片可以与具有分段肋构件的鼓的内表面间隔开。 当滚筒旋转时,肋构件可以允许硫离子和颗粒在滚筒的夜晚和内表面之间移动。
    • 3. 发明授权
    • Method and system for generating sulfur seeds and granules
    • 产生硫磺种子和颗粒的方法和系统
    • US08329072B2
    • 2012-12-11
    • US12953512
    • 2010-11-24
    • Leslie L. LangPaul R. LarsonJamsheed P. IraniSergio A. De PaoliCasey J. Metheral
    • Leslie L. LangPaul R. LarsonJamsheed P. IraniSergio A. De PaoliCasey J. Metheral
    • B29B9/00
    • B29B9/12B01J2/06C01B17/0216C01B17/0237
    • Sulfur (or sulphur) spray nozzles disposed with a cooling tank spray liquid molten sulfur into the cooling liquid in the tank. Solid sulfur seeds are formed in the cooling liquid and settle in the tank. The cooling tank may be a spiral dewaterer tank that has a screw conveyor at the bottom of the tank that moves the seeds to a granulating drum for enlargement into sulfur granules. The cooling tank may also be used to capture and remove sulfur dust from a slurry of sulfur dust and water recycled from the granulating drum. The sulfur dust in the cooling tank may be captured by contact with molten sulfur droplets streaming down the cooling liquid column such that the dust particles become incorporated into the droplet, thereby being converted to seed. The granulating drum may be equipped with two or more sets of segmented lifting flights. The sets of flights may not be in alignment. The flights may be spaced apart from the inside surface of the drum with segmented rib members. The rib members may allow for the movement of sulfur seeds and granules between the flights and the inside surface of the drum as the drum rotates.
    • 设置有冷却罐的硫(或硫)喷嘴喷射液体熔融硫进入罐中的冷却液。 在冷却液中形成固体硫种子并沉淀在罐中。 冷却罐可以是螺旋式脱水器罐,其在罐的底部具有螺旋输送机,其将种子移动到造粒鼓以扩大成硫颗粒。 冷却罐也可以用于捕集和除去从造粒鼓再循环的硫灰和水的浆料中的硫灰。 可以通过与冷却液柱下游的熔融硫磺液体的接触来捕获冷却罐中的硫灰,使得灰尘颗粒结合到液滴中,从而转化为种子。 造粒鼓可以配备两组或更多组分段提升飞行。 这些航班可能不一致。 翼片可以与具有分段肋构件的鼓的内表面间隔开。 当滚筒旋转时,肋构件可以允许在烟囱和滚筒的内表面之间移动硫种子和颗粒。
    • 4. 发明申请
    • METHODS AND SYSTEMS FOR CONVERSION OF MOLTEN SULFUR TO POWDER SULFUR
    • 用于将硫酸转化为粉末硫的方法和系统
    • US20120018913A1
    • 2012-01-26
    • US13179099
    • 2011-07-08
    • Michael E. VienotLee ChinRiley B. Needham
    • Michael E. VienotLee ChinRiley B. Needham
    • B29B9/12
    • B01J2/04C01B17/0216C01B17/0237
    • Methods and systems are provided for converting molten sulfur to powder sulfur by gas cooling of atomized sprays of molten sulfur. Certain embodiments contemplate a vertical tower that allows molten sulfur to produce an atomized spray or mist of molten sulfur descending from the top of the vertical tower. Gas introduced to the bottom of the vertical tower flows upward intimately interfacing with the descending atomized molten sulfur spray. The molten sulfur in the form of an atomized sulfur spray is cooled by the gas to form a sulfur powder. In certain embodiments, the sulfur powder formed is sufficiently small to be suitable for combination with a base fluid for producing a slurry for convenient transport of the sulfur particulates. Advantages of certain embodiments include higher efficiencies, lower cost, and production of much smaller solid sulfur average particulate sizes, which in turn allows for easier sulfur transport.
    • 提供了用于通过雾化的熔融硫喷雾的气体冷却将熔融硫转化成粉末硫的方法和系统。 某些实施方案考虑到垂直塔,其允许熔融硫产生从垂直塔的顶部下降的熔融硫的雾化喷雾或雾。 引入垂直塔底部的气体向下流动,与下降的雾化熔融硫磺喷雾密切接触。 雾化硫喷雾形式的熔融硫被气体冷却,形成硫磺粉末。 在某些实施方案中,形成的硫粉足够小以适于与基础流体组合以产生便于运输硫颗粒的浆料。 某些实施方案的优点包括更高的效率,更低的成本和更小的固体硫平均颗粒尺寸的生产,这又允许更容易的硫输送。
    • 5. 发明申请
    • Sulphur Granulation Apparatus and Process
    • 硫化造粒装置及工艺
    • US20110140294A1
    • 2011-06-16
    • US13001443
    • 2008-06-27
    • Brian PykeRobert BestNicholas Rasberry
    • Brian PykeRobert BestNicholas Rasberry
    • B29B9/00B29B9/08
    • B01D46/30B01D45/14B01D50/002B01J2/006B01J2/12C01B17/0216C01B17/0237C01P2004/32
    • A portable apparatus for producing sulphur granules includes a granulator with a rotatable drum having distinct zones for seed generation and product growth. The seed generation zone has an intense water spray pattern for each sulphur spray nozzle with intersecting water sprays to solidify molten sulphur and create seeds. The growth zone has a moderate, non-intersecting water spray pattern to allow sulphur nozzles to coat and grow a curtain of seeds into granules. The granulator's exhaust air is filtered either by a heated cyclone separator to recapture residual sulphur particles and moisture before venting, and/or by a granular air filter which uses the produced granules to filter the granulator's exhaust air. A two piece collar enhances maintenance of the granulator's drive system.
    • 用于生产硫颗粒的便携式设备包括具有可旋转滚筒的造粒机,其具有用于种子生成和产品生长的不同区域。 种子生成区对于每个硫喷雾喷嘴具有强烈的喷水模式,具有相交的水喷雾以固化熔融硫并产生种子。 生长区具有适度的,不相交的喷水模式,以允许硫喷嘴将种子的帘幕涂覆并生长成颗粒。 造粒机的废气通过加热的旋风分离器过滤,以在排气之前重新捕获残留的硫颗粒和水分,和/或通过使用所产生的颗粒来过滤造粒机排气的颗粒状空气过滤器。 两件式衣领增强了造粒机驱动系统的维护。
    • 7. 发明授权
    • Process for granulation of sulfur
    • 硫化造粒工艺
    • US4234318A
    • 1980-11-18
    • US875369
    • 1978-02-06
    • John T. HigginsGordon C. Hildred
    • John T. HigginsGordon C. Hildred
    • B01J2/12C01B17/10B01J2/16B05D1/02
    • B01J2/12C01B17/0216C01B17/0237C01B17/10
    • A process for the production of granular sulfur in a rotating drum in which molten sulfur at a temperature within the range of about 110.degree. to 160.degree. C. is sprayed in a contact zone onto a bed of moving sulfur particles and a continuous curtain of said particles and resulting particles are passed to a cooling zone prior to discharge. A countercurrent flow of substantially inert cooling gas at a temperature in the range of about 10.degree. to 50.degree. C. and containing not more than 8% by volume oxygen is introduced to the cooling zone and a portion or all of said cooling gas is passed through the contact zone. The contact and cooling zones can be formed in a single rotating drum and separated from each other by a retaining ring or formed in separate vessels.Discharge particles from the cooling zone are separated according to size and undersized particles are recycled as fines to the contact zone at a ratio of 4:1 to 2:1 of fines to product granules.
    • 一种用于在旋转滚筒中生产粒状硫的方法,其中将熔融硫在约110-160℃范围内的温度在接触区域中喷射到移动的硫颗粒床和所述的 颗粒和所得颗粒在排出之前被传递到冷却区。 在大约10℃至50℃的温度范围内并且含有不超过8体积%氧气的基本上惰性的冷却气体的逆流引入冷却区,并且部分或全部所述冷却气体通过 通过接触区。 接触和冷却区域可以形成在单个旋转滚筒中并且通过保持环彼此分离或形成在单独的容器中。 根据尺寸分离来自冷却区的排出颗粒,并将小尺寸颗粒作为细粉以4:1至2:1的细粉比与产物颗粒再循环至接触区。