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    • 2. 发明申请
    • Method and Apparatus for Refining Coal
    • 炼煤方法与装置
    • US20120279117A1
    • 2012-11-08
    • US13548996
    • 2012-07-13
    • Bruce L. Bruso
    • Bruce L. Bruso
    • C10L5/00G05D7/00
    • C10L9/10C10L5/363C10L9/00C10L9/02G05D21/02
    • A method of processing coal to remove contaminants by mixing coal in a solution of potassium permanganate in a selected concentration range, rinsing the coal, mixing the coal in a solution of ammonia hydroxide in a selected concentration range to cause the solution to be brought into contact with the surfaces and pores of the coal, discharging the processed coal from the second reaction vessel, monitoring the process to detect when the concentration of aqueous ammonia in the second reaction vessel has fallen below the selected range, and feeding aqueous ammonia solution with an ammonia concentration in or above the selected range to the second reaction vessel to return the solution to within the selected range.
    • 在选择的浓度范围内将煤混合在高锰酸钾溶液中来处理煤以除去污染物的方法,冲洗煤,将煤混合在选定浓度范围内的氨氢氧化铵溶液中,使溶液接触 利用煤的表面和孔隙,从第二反应容器排出经处理的煤,监测第二反应容器中的氨水浓度何时降低到选定范围以下的过程,并将氨水溶液与氨 浓度在所选择的范围内或高于第二反应容器以将溶液返回到所选择的范围内。
    • 3. 发明申请
    • Method and apparatus for refining coal
    • 炼煤的方法和装置
    • US20100011658A1
    • 2010-01-21
    • US12460181
    • 2009-07-14
    • Bruce L. Bruso
    • Bruce L. Bruso
    • C10L9/00G05D7/00
    • C10L9/10C10L5/363C10L9/00
    • A method of processing coal to remove sulfur and other contaminants by mixing coal in a solution of aqueous ammonia having a selected concentration range (preferred range of 3%-5%) of ammonia to water in a reaction vessel. The mixing causes the solution to be brought into contact with the surfaces and pores of the coal. The process is monitored to detect when the concentration of aqueous ammonia in the reaction vessel has fallen below the selected range, and aqueous ammonia with an ammonia concentration in or above the selected range is fed into the reaction vessel to return the solution to within the selected range. The cleaned coal may be rinsed and dried, or dried without rinsing to form an ammonia coating on the coal surfaces and pores. Several plant layouts to practice the method are described.
    • 通过在反应容器中将具有选定浓度范围(3%-5%的选定浓度范围(优选范围为3%-5%))的氨的水与水混合来处理煤以除去硫和其它污染物的方法。 混合使溶液与煤的表面和孔接触。 监测该过程以检测反应容器中的氨水浓度何时降低到选定范围以下,氨浓度等于或高于所选范围的氨水被送入反应容器中以将溶液返回到所选择的范围内 范围。 清洁后的煤可以冲洗和干燥,或干燥而不冲洗,以在煤表面和孔隙上形成氨涂层。 描述了实施该方法的几种工厂布局。
    • 8. 发明授权
    • Method and apparatus for refining coal
    • 炼煤的方法和装置
    • US08221510B2
    • 2012-07-17
    • US12460181
    • 2009-07-14
    • Bruce L. Bruso
    • Bruce L. Bruso
    • C10L9/02C10L9/00
    • C10L9/10C10L5/363C10L9/00
    • A method of processing coal to remove sulfur and other contaminants by mixing coal in a solution of aqueous ammonia having a selected concentration range (preferred range of 3%-5%) of ammonia to water in a reaction vessel. The mixing causes the solution to be brought into contact with the surfaces and pores of the coal. The process is monitored to detect when the concentration of aqueous ammonia in the reaction vessel has fallen below the selected range, and aqueous ammonia with an ammonia concentration in or above the selected range is fed into the reaction vessel to return the solution to within the selected range. The cleaned coal may be rinsed and dried, or dried without rinsing to form an ammonia coating on the coal surfaces and pores. Several plant layouts to practice the method are described.
    • 通过在反应容器中将具有选定浓度范围(3%-5%的选定浓度范围(优选范围为3%-5%))的氨的水与水混合来处理煤以除去硫和其它污染物的方法。 混合使溶液与煤的表面和孔接触。 监测该过程以检测反应容器中的氨水浓度何时降低到选定范围以下,氨浓度等于或高于所选范围的氨水被送入反应容器中以将溶液返回到所选择的范围内 范围。 清洁后的煤可以冲洗和干燥,或干燥而不冲洗,以在煤表面和孔隙上形成氨涂层。 描述了实施该方法的几种工厂布局。
    • 9. 发明授权
    • Method of in situ soil remediation for volatile organic contaminants
    • 挥发性有机污染物原位土壤修复方法
    • US06805518B2
    • 2004-10-19
    • US09841908
    • 2001-04-25
    • Bruce L. Bruso
    • Bruce L. Bruso
    • B09C106
    • B09C1/08B09C1/06
    • A preferred method of soil remediation in which contaminant organic compounds are removed from soil by a sequential process in which the bulk of natural and contaminant organic compounds are stripped from the soil by hot air injection, followed by applying a strong oxidizing agent, preferably a permanganate, to reduce residual organic contaminant concentration to acceptable levels. Hot air is injected into the soil as it is being churned by the soil mixing device, preferably a chain trencher, to strip off organic compounds. The vapors may be collected through a vacuum hood disposed over the soil mixing device. When the thermal stripping has reduced the bulk hydrocarbon content of the soil (and thus reduced the oxidant demand), an effective amount of permanganate or other strong oxidizing agent is mixed into the soil to reduce the residual organic contaminants. Hot air can also be injected into the soil as or after the oxidizing agent is introduced to accelerate the oxidation rate. In cold wet clay soils, the grounds may be preheated prior to the application of the oxidation agent.
    • 一种优选的土壤修复方法,其中污染有机化合物通过顺序方法从土壤中除去,其中大部分天然和污染有机化合物通过热空气注入从土壤中剥离,然后施加强氧化剂,优选高锰酸盐 ,将残留的有机污染物浓度降低到可接受的水平。 当土壤混合装置(优选链式挖沟机)搅拌时,将热空气注入土壤中以除去有机化合物。 可以通过设置在土壤混合装置上的真空罩收集蒸气。 当热剥离减少土壤的主体烃含量(从而减少氧化剂需求)时,将有效量的高锰酸盐或其它强氧化剂混入土壤中以减少残留的有机污染物。 热空气也可以在引入氧化剂之后或之后注入土壤以加速氧化速率。 在冷湿粘土中,可以在施用氧化剂之前对地面进行预热。
    • 10. 发明授权
    • Apparatus for high-volume in situ soil remediation
    • 高容量原位土壤修复设备
    • US06779948B2
    • 2004-08-24
    • US10391350
    • 2003-03-18
    • Bruce L. Bruso
    • Bruce L. Bruso
    • A01C2300
    • E02F3/9212A01B33/021A01B33/06A01B33/103B09C1/00B09C1/06B09C1/08B09C1/10B09C2101/00E02F3/085E02F3/205E02F3/243
    • An apparatus for high volume in-situ treatment of contaminated soil is a mobile vehicle with a chain trenching tool an excavator drums attached to the idler wheel to extend the width of soil cutting and increase the volume of soil being churned and treated in-situ. The drums may be arranged both for clock-wise and counter clock-wise rotation, and oriented to provide vertical lifting and swirling of the soil. The apparatus may include a hood disposed over the cutting drums to define a remediation chamber with ports for injecting high temperature air or chemical or biological remediation fluid into the soil. In a preferred embodiment, the hood has internal partitions that create a vapor recovery chamber outboard of the drums.
    • 用于大容量原位处理污染土壤的装置是具有链式挖沟工具的移动式车辆,挖掘机鼓连接到惰轮,以延长土壤切割的宽度,并增加原位被搅拌和处理的土壤的体积。 鼓可以被布置成用于时钟和逆时针旋转,并且定向成提供土壤的垂直提升和旋转。 该设备可以包括设置在切割滚筒上的罩,以限定具有用于将高温空气或化学或生物修复流体注入土壤的端口的修复室。 在优选实施例中,罩具有内部隔板,其在滚筒的外侧产生蒸气回收室。