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    • 5. 发明授权
    • Skimmer, barge and methods for recovering and transferring heavy oil or bitumen
    • 撇渣器,驳船和重油或沥青的回收和转运方法
    • US08580123B2
    • 2013-11-12
    • US12929824
    • 2011-02-17
    • David Hines
    • David Hines
    • E02B15/10E02B15/04C02F101/32C02F103/00
    • E02B15/046B01D17/0202C02F1/40C02F2101/32C02F2103/007C02F2201/008C02F2209/42E02B15/048E02B15/104Y02A20/204Y10S210/923
    • Skimmers, barges and related methods recover heavy oil or bitumen from contaminated water environments such as tailings ponds. The skimmer has an articulated mesh-like conveyor driven around a drum by a drive sprocket. A pusher mechanism discharges bitumen or heavy oil from cavities in the conveyor. In one embodiment, the skimmer includes an automatic depth control system. In other embodiments, knife-edged shear plates remove heavy oil or bitumen adhering to the conveyor and drum. A barge may incorporate multiple parallel skimmers. The barge may include a bitumen-transfer pump having an annular fluid-injection flange that generates an annulus of lubricating fluid inside a discharge hose. A method of skimming heavy oil or bitumen involves using a skimmer that automatically adjusts its elevation or depth based on a control signal generated by a depth sensor. Another method recovers and transfers bitumen by lubricating the discharge hose using the annular fluid-injection flange.
    • 撇渣器,驳船和相关方法可从受污染的水环境如尾矿池中回收重油或沥青。 撇渣器具有通过驱动链轮围绕滚筒驱动的铰接式网状输送机。 推进机构将沥青或重油从输送机中的空腔排出。 在一个实施例中,撇渣器包括自动深度控制系统。 在其他实施例中,刀刃剪切板除去附着在输送机和滚筒上的重油或沥青。 驳船可以并入多个平行的撇渣器。 驳船可以包括具有环形流体注射法兰的沥青输送泵,其在排出软管内产生润滑流体的环形空间。 撇油重油或沥青的方法涉及使用基于由深度传感器产生的控制信号自动调节其高程或深度的撇渣器。 另一种方法通过使用环形流体注射法兰润滑排出软管来回收和转移沥青。
    • 7. 发明申请
    • DEVICE, METHOD AND VESSEL FOR PREVENTING OIL DAMAGES AND ALLEVIATING DAMAGES
    • 用于防止油品损坏和损坏损坏的装置,方法和船舶
    • US20120248043A1
    • 2012-10-04
    • US13145446
    • 2010-01-19
    • Markku Järvinen
    • Markku Järvinen
    • E02B15/10E02B15/04B63B35/32
    • B63B35/32C02F2103/007E02B15/047E02B15/048Y02A20/204Y10S210/923
    • The invention relates to an oil combating boom (1), which comprises an elongated boom part, which at its first end is connectable to an oil combating vessel (10). At least one pontoon member (5) and a number of turnable transfer members (6) equipped with rotating blade members (9) have been arranged in connection with the elongated boompart. The invention further relates to a method for collecting oil from a polluted shore area, in which method an oil combating vessel is steered to the vicinity of the shore, the oil combating boom (1) is arranged to extend onto the polluted shore area, oil is transferred from the shore area into the water and steered in the water towards the final collecting space (11) by rotating the blade members (9) of the transfer members (6). Also disclosed is a device and a method for separating oil from ice blocks and collecting oil from an icy water system, in which a floatable frame with a separation grate (18) presses ice blocks (16) at least partly under the water surface in order to separate oil from ice blocks. Support part (19) is pivotably connected to the separating grate and the frame for altering the elevation and angle of the separating grate in relation to the level of the water surface of the water system.
    • 本发明涉及一种防油吊杆(1),其包括细长的吊杆部件,其在其第一端可连接到防油容器(10)。 至少一个浮筒构件(5)和多个具有旋转叶片构件(9)的可转动传递构件(6)已经与细长的构件相连。 本发明还涉及一种从污染岸区收集油的方法,其中一种将防油船转向岸边附近的方法,将防油吊杆(1)布置成延伸到污染的岸边区域,油 通过旋转传送构件(6)的叶片构件(9),从岸边区域转移到水中并且通过转动叶片构件(9)而转向水中朝向最终收集空间(11)。 还公开了一种用于从冰块分离油和从冰水系统收集油的装置和方法,其中具有分离炉排(18)的可漂浮框架按顺序至少部分地在水面下按压冰块(16) 将油与冰块分开。 支撑部件(19)可枢转地连接到分离格栅和框架,用于相对于水系统的水面改变分离格栅的高度和角度。