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    • 1. 发明授权
    • Compact slurry preparation system for oil sand
    • 用于油砂的紧凑型浆料制备系统
    • US08388831B2
    • 2013-03-05
    • US12196538
    • 2008-08-22
    • Ron CleminsonDavid FudgeMichael Carniato
    • Ron CleminsonDavid FudgeMichael Carniato
    • C10G1/04B01D11/00E21C37/00
    • C10L1/326
    • Staged crushing combined with water addition and mixing is practiced at the mine site to prepare an oil sand slurry ready for hydrotransport. More particularly, as-mined oil sand is crushed to conveyable size (e.g. −24″) using a mobile crusher. The pre-crushed ore product is conveyed to a dry ore surge bin. Ore is withdrawn from the bin and elevated to the upper end of a slurry preparation tower having downwardly aligned process components to enable gravity feed. The ore is further crushed in stages to pumpable size (e.g. −4″) by a stack of crushers and water is added during comminution. The ore and water are mixed in a mixing box and delivered to a pump box. The surge bin and tower are relocatable. Screening and oversize reject treatment have been eliminated to achieve compactness and enable relocatability.
    • 在矿区进行分级破碎与加水混合,以准备准备进行水力输送的油砂浆料。 更具体地,使用移动破碎机将开采的油砂压碎成可输送尺寸(例如-24“)。 将预先粉碎的矿石产品输送到干燥的矿石浪涌箱。 矿石从料仓中取出并升高到具有向下对准的工艺组分的浆料制备塔的上端,以使重力进料。 通过一堆破碎机将矿石分级进一步粉碎至可泵送的尺寸(例如-4“),并在粉碎期间加入水。 矿石和水在混合箱中混合并输送到泵箱。 垃圾桶和塔可重新定位。 已经消除了筛选和超大排污处理,以实现紧凑性并实现可重新定位。
    • 2. 发明授权
    • Apparatus and process for wet crushing oil sand
    • 湿法破碎油砂的设备和工艺
    • US08535485B2
    • 2013-09-17
    • US12614994
    • 2009-11-09
    • Ron CleminsonDavid FudgeMichael Carniato
    • Ron CleminsonDavid FudgeMichael Carniato
    • C10G5/04
    • C10L1/326C10G1/00C10G1/047E02F7/00E21C41/26E21C41/31
    • A system for forming an oil sand slurry from mined oil sand is provided, comprising a slurry preparation tower having an intake opening through which oil sand enters the slurry preparation tower, a first sizer device to comminute the oil sand passing through it, a second sizer device to further comminute the oil sand, and a pump box for receiving oil sand that has passed through the second sizer and feeding it to a pump; at least one conveyor, having a discharge end, for transporting mined oil sand to the slurry preparation tower; a metal detector for detecting a piece of metal in the mined oil sand and transmitting a signal; and a metal rejection device operative to, in response to the signal from the metal detector, reject a portion of oil sand containing the piece of metal before the portion of oil sand enters the slurry preparation tower.
    • 提供一种用于从开采的油砂形成油砂浆料的系统,包括具有进入开口的浆料制备塔,油砂通过该进料口进入浆料准备塔,第一筛分装置粉碎通过其的油砂,第二筛分机 用于进一步粉碎油砂的装置,以及用于接收通过第二分级机并将其供给泵的油砂的泵箱; 至少一个具有排放端的输送机,用于将开采的油砂输送到浆料准备塔; 金属检测器,用于检测开采的油砂中的一块金属并发送信号; 以及金属排除装置,其操作以响应于来自金属检测器的信号,在油砂的一部分进入浆料制备塔之前,将含有该金属片的油砂的一部分排除。
    • 3. 发明申请
    • APPARATUS AND PROCESS FOR WET CRUSHING OIL SAND
    • 湿磨破碎机的设备和工艺
    • US20100108572A1
    • 2010-05-06
    • US12614994
    • 2009-11-09
    • RON CLEMINSONDAVID FUDGEMICHAEL CARNIATO
    • RON CLEMINSONDAVID FUDGEMICHAEL CARNIATO
    • C10G1/04B01D11/02
    • C10L1/326C10G1/00C10G1/047E02F7/00E21C41/26E21C41/31
    • A system for forming an oil sand slurry from mined oil sand is provided, comprising a slurry preparation tower having an intake opening through which oil sand enters the slurry preparation tower, a first sizer device to comminute the oil sand passing through it, a second sizer device to further comminute the oil sand, and a pump box for receiving oil sand that has passed through the second sizer and feeding it to a pump; at least one conveyor, having a discharge end, for transporting mined oil sand to the slurry preparation tower; a metal detector for detecting a piece of metal in the mined oil sand and transmitting a signal; and a metal rejection device operative to, in response to the signal from the metal detector, reject a portion of oil sand containing the piece of metal before the portion of oil sand enters the slurry preparation tower.
    • 提供一种用于从开采的油砂形成油砂浆料的系统,包括具有进入开口的浆料制备塔,油砂通过该进料口进入浆料准备塔,第一筛分装置粉碎通过其的油砂,第二筛分机 用于进一步粉碎油砂的装置,以及用于接收通过第二分级机并将其供给泵的油砂的泵箱; 至少一个具有排放端的输送机,用于将开采的油砂输送到浆料准备塔; 金属检测器,用于检测开采的油砂中的一块金属并发送信号; 以及金属排除装置,其操作以响应于来自金属检测器的信号,在油砂的一部分进入浆料制备塔之前,将含有该金属片的油砂的一部分排除。
    • 4. 发明授权
    • Compact slurry preparation system for oil sand
    • 用于油砂的紧凑型浆料制备系统
    • US07431830B2
    • 2008-10-07
    • US10932019
    • 2004-09-02
    • Ron CleminsonDavid FudgeMichael Carniato
    • Ron CleminsonDavid FudgeMichael Carniato
    • C10G1/04B01D11/00B65G53/38
    • C10L1/326
    • Staged crushing combined with water addition and mixing is practiced at the mine site to prepare an oil sand slurry ready for hydrotransport. More particularly, as-mined oil sand is crushed to conveyable size (e.g. —24″) using a mobile crusher. The pre-crushed ore product is conveyed to a dry ore surge bin. Ore is withdrawn from the bin and elevated to the upper end of a slurry preparation tower having downwardly aligned process components to enable gravity feed. The ore is further crushed in stages to pumpable size (e.g. —4″) by a stack of crushers and water is added during comminution. The ore and water are mixed in a mixing box and delivered to a pump box. The surge bin and tower are relocatable. Screening and oversize reject treatment have been eliminated to achieve compactness and enable relocatability.
    • 在矿区进行分级破碎与加水混合,以准备准备进行水力输送的油砂浆料。 更具体地,使用移动破碎机将开采的油砂压碎成可输送的尺寸(例如-24“)。 将预先粉碎的矿石产品输送到干燥的矿石浪涌箱。 矿石从料仓中取出并升高到具有向下对准的工艺组分的浆料制备塔的上端,以使重力进料。 矿石通过一堆破碎机进一步粉碎成可泵送的尺寸(例如-4“),并在粉碎过程中加入水。 矿石和水在混合箱中混合并输送到泵箱。 垃圾桶和塔可重新定位。 已经消除了筛选和超大排污处理,以实现紧凑性并实现可重新定位。
    • 6. 发明申请
    • COMPACT SLURRY PREPARATION SYSTEM FOR OIL SAND
    • 油砂精炼浆制备系统
    • US20090008297A1
    • 2009-01-08
    • US12196538
    • 2008-08-22
    • Ron CLEMINSONDavid FudgeMichael Carniato
    • Ron CLEMINSONDavid FudgeMichael Carniato
    • C10G1/04B01J19/00
    • C10L1/326
    • Staged crushing combined with water addition and mixing is practiced at the mine site to prepare an oil sand slurry ready for hydrotransport. More particularly, as-mined oil sand is crushed to conveyable size (e.g. −24″) using a mobile crusher. The pre-crushed ore product is conveyed to a dry ore surge bin. Ore is withdrawn from the bin and elevated to the upper end of a slurry preparation tower having downwardly aligned process components to enable gravity feed. The ore is further crushed in stages to pumpable size (e.g. −4″) by a stack of crushers and water is added during comminution. The ore and water are mixed in a mixing box and delivered to a pump box. The surge bin and tower are relocatable. Screening and oversize reject treatment have been eliminated to achieve compactness and enable relocatability.
    • 在矿区进行分级破碎与加水混合,以准备准备进行水力输送的油砂浆料。 更具体地,使用移动破碎机将开采的油砂压碎成可输送的尺寸(例如-24“)。 将预先粉碎的矿石产品输送到干燥的矿石浪涌箱。 矿石从料仓中取出并升高到具有向下对准的工艺组分的浆料制备塔的上端,以使重力进料。 矿石通过一堆破碎机进一步粉碎成可泵送的尺寸(例如-4“),并在粉碎过程中加入水。 矿石和水在混合箱中混合并输送到泵箱。 垃圾桶和塔可重新定位。 已经消除了筛选和超大排污处理,以实现紧凑性并实现可重新定位。
    • 7. 发明申请
    • Compact slurry preparation system for oil sand
    • 用于油砂的紧凑型浆料制备系统
    • US20060043005A1
    • 2006-03-02
    • US10932019
    • 2004-09-02
    • Ron CleminsonDavid FudgeMichael Carniato
    • Ron CleminsonDavid FudgeMichael Carniato
    • C10G1/00C10C3/08C10G1/04
    • C10L1/326
    • Staged crushing combined with water addition and mixing is practiced at the mine site to prepare an oil sand slurry ready for hydrotransport. More particularly, as-mined oil sand is crushed to conveyable size (e.g. −24″) using a mobile crusher. The pre-crushed ore product is conveyed to a dry ore surge bin. Ore is withdrawn from the bin and elevated to the upper end of a slurry preparation tower having downwardly aligned process components to enable gravity feed. The ore is further crushed in stages to pumpable size (e.g. −4″) by a stack of crushers and water is added during comminution. The ore and water are mixed in a mixing box and delivered to a pump box. The surge bin and tower are relocatable. Screening and oversize reject treatment have been eliminated to achieve compactness and enable relocatability.
    • 在矿区进行分级破碎与加水混合,以准备准备进行水力输送的油砂浆料。 更具体地,使用移动破碎机将开采的油砂压碎成可输送的尺寸(例如-24“)。 将预先粉碎的矿石产品输送到干燥的矿石浪涌箱。 矿石从料仓中取出并升高到具有向下对准的工艺组分的浆料制备塔的上端,以使重力进料。 矿石通过一堆破碎机进一步粉碎成可泵送的尺寸(例如-4“),并在粉碎过程中加入水。 矿石和水在混合箱中混合并输送到泵箱。 垃圾桶和塔可重新定位。 已经消除了筛选和超大排污处理,以实现紧凑性并实现可重新定位。