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    • 4. 发明授权
    • Apparatus for beneficiating coal
    • 用于选矿的设备
    • US4536372A
    • 1985-08-20
    • US599204
    • 1984-04-12
    • Lester E. BurgessKarl M. FoxPhillip E. McGarryDavid E. Herman
    • Lester E. BurgessKarl M. FoxPhillip E. McGarryDavid E. Herman
    • B03B9/00B03D1/00B03D3/06C10L1/32C10L9/10B01J8/00
    • C10L9/10B03B9/005B03D1/00B03D3/06C10L1/322
    • Mine run coal is pulverized and the extended surfaces of the coal particles are rendered hydrophobic and oilophilic by a chemical bonding and graft polymerization reaction with a water unsoluble organic polymerizable monomer under peroxidation influence in a predominantly water reaction medium.The mineral ash present in the coal and particularly the iron pyrites remains hydrophilic and is separated from the polymeric organic surface bonded coal product in a water washing step wherein the washed coal floats on and is recovered from the water phase and the ash is removed with the separated wash water in a critical wash step.Excess water is removed from the beneficiated hydrophobic surface-altered coal product mechanically. The hydrophobic and oilophilic organic polymeric surface bonded coating about the coal particles is fortified by inclusion of additional unbound free fatty acids by further small additions thereof. The carboxylic acid groups present in the coal-oil product are thereafter converted to a metal soap.The beneficiated coal product can be used "dry", or additional quantities of a liquid hydrocarbon fuel can be incorporated with the "dry" beneficiated coal product to produce a flowable fluid or liquid coal product having the rheological property of marked thixotropy. Introduction of this physically induced property into the liquid coal-oil-mixture prevents settling out of the heavier coal particles from the relatively ash-free fluid fuel composition under extended storage periods.
    • 矿主煤被粉碎,煤颗粒的延伸表面在主要是水反应介质中的过氧化作用下通过与水不溶性有机可聚合单体的化学键合和接枝聚合反应而变得疏水和亲水。 存在于煤中,特别是铁黄铁矿中的矿物灰保持亲水性,并且在水洗步骤中与聚合有机表面结合的煤产品分离,其中洗涤的煤漂浮在水相上并从水相中回收,并且灰分被除去 分离洗涤水在临界洗涤步骤。 机械地从精选的疏水性表面改变的煤制品中除去过量的水。 关于煤颗粒的疏水和亲水的有机聚合物表面粘合涂层通过进一步添加其它少量添加的附加的未结合的游离脂肪酸来加强。 然后将存在于煤 - 油产品中的羧酸基团转化为金属皂。 精选煤产品可以“干燥”使用,或者可以将附加量的液体烃燃料与“干”精选煤产品结合,以产生具有显着触变性的流变性质的可流动流体或液态煤产品。 将这种物理诱导性质引入到液态煤 - 油混合物中,防止在延长的储存期间从相对不含灰分的流体燃料组合物中沉淀出较重的煤颗粒。
    • 6. 发明授权
    • Process for beneficiating coal
    • 精选煤的工艺
    • US4332593A
    • 1982-06-01
    • US114357
    • 1980-01-22
    • Lester E. BurgessKarl M. FoxPhillip E. McGarryDavid E. Herman
    • Lester E. BurgessKarl M. FoxPhillip E. McGarryDavid E. Herman
    • C10L9/00B03B9/00B03D1/00B03D3/00B03D3/06C10L1/32C10L9/10
    • B03B9/005B03D1/00B03D3/06C10L9/10
    • Mine run coal is pulverized and the extended surfaces of the coal particles are rendered hydrophobic and oilophilic by a chemical bonding and graft polymerization reaction with a water insoluble organic polymerizable monomer under peroxidation influence in a predominantly water reaction medium.The mineral ash present in the coal and particularly the iron pyrites remains hydrophilic and is separated from the polymeric organic surface bonded coal product in a water washing step wherein the washed coal floats on and is recovered from the water phase and the ash is removed with the separated wash water in a critical wash step.Excess water is removed from the beneficiated hydrophobic surface-altered coal product mechanically. The hydrophobic and oilophilic organic polymeric surface bonded coating about the coal particles is fortified by inclusion of additional unbound free fatty acids by further small additions thereof. The carboxylic acid groups present in the coal-oil product are thereafter converted to a metal soap.The beneficiated coal product can be used "dry," or additional quantities of a liquid hydrocarbon fuel can be incorporated with the "dry" beneficiated coal product to produce a flowable fluid or liquid coal product having the rheological property of marked thixotropy. Introduction of this physically induced property into the liquid coal-oil-mixture prevents settling out of the heavier coal particles from the relatively ash-free fluid fuel composition under extended storage periods.
    • 煤运行煤被粉碎,煤颗粒的延伸表面在主要是水反应介质中的过氧化作用下通过与水不溶性有机可聚合单体的化学键合和接枝聚合反应而变得疏水和亲水。 存在于煤中,特别是铁黄铁矿中的矿物灰保持亲水性,并且在水洗步骤中与聚合有机表面结合的煤产品分离,其中洗涤的煤漂浮在水相上并从水相中回收,并且灰分被除去 分离洗涤水在临界洗涤步骤。 机械地从精选的疏水性表面改变的煤制品中除去过量的水。 关于煤颗粒的疏水和亲水的有机聚合物表面键合涂层通过进一步添加其它少量添加的未结合的游离脂肪酸来加强。 然后将存在于煤 - 油产品中的羧酸基团转化为金属皂。 精选的煤产品可以“干燥”使用,或者可以将附加量的液体烃燃料与“干”精选煤产品结合,以产生具有显着触变性的流变性质的可流动的流体或液态煤产品。 将这种物理诱导性质引入到液态煤 - 油混合物中,防止在延长的储存期间从相对不含灰分的流体燃料组合物中沉淀出较重的煤颗粒。
    • 9. 发明授权
    • Multistream, multiproduct beneficiation arrangement
    • 多流,多产品选矿安排
    • US4597858A
    • 1986-07-01
    • US650962
    • 1984-09-14
    • Lester E. BurgessPhillip E. McGarryDavid E. Herman
    • Lester E. BurgessPhillip E. McGarryDavid E. Herman
    • B03D1/02B03D1/14
    • B03D1/02B03D1/1406B03D1/1456B03D1/1462B03D1/1475
    • An improved method and apparatus for froth flotation separation of the components of a slurry, having particular utility for the beneficiation of coal by the flotation separation of coal particles from impurities associated therewith such as ash and sulfur. In this arrangement, a forward product stream is formed in which a first quantity of chemical reagents is mixed with the particulate matter slurry. The treated particulate matter slurry is then sprayed through a nozzle onto the surface of water in a forward stream flotation tank to create a floating froth phase containing therein a first quantity of the particulate matter. The remainder of the particulate matter slurry separates from the froth phase by sinking in the water, and the froth phase is separated as a first product. The remainder of the particulate matter slurry is then directed to a scavenger product stream in which an additional quantity of chemical reagents is mixed with the remainder of the separated particulate matter slurry. The mixture is then sprayed through a second nozzle onto the surface of water in a second scavenger stream flotation tank to create a floating froth phase containing therein a second quantity of the particulate matter. The remainder of the particulate matter slurry separates from the second froth phase by sinking in the water, and the second froth phase is then separated as a second product. The amounts of the products recovered in the first and second product streams are substantially independently adjustable by controlling the amounts and types of chemical reagents added in each stream.
    • 一种用于浮选分离浆料组分的改进方法和装置,其特别用于通过煤颗粒与其相关的杂质(例如灰分和硫)的浮选分离来选矿。 在这种布置中,形成正向产物流,其中第一量的化学试剂与颗粒物浆料混合。 然后将经处理的颗粒物浆料通过喷嘴喷射到前向流浮选槽中的水表面上,以产生其中含有第一量的颗粒物质的漂浮泡沫相。 剩余的颗粒物质浆液通过沉入水中与泡沫相分离,并且泡沫相作为第一产物分离。 然后将剩余的颗粒物质浆液引导至清除剂产物流,其中附加量的化学试剂与剩余的分离的颗粒物料浆料混合。 然后将混合物通过第二喷嘴喷射到第二清除剂流浮选罐中的水表面上,以产生含有第二量颗粒物质的漂浮泡沫相。 剩余的颗粒物浆料通过沉入水中与第二泡沫相分离,然后将第二泡沫相作为第二产物分离。 通过控制在每个流中添加的化学试剂的量和类型,在第一和第二产物流中回收的产物的量基本上可独立调节。