首页> 外文会议>Annual Conference of the Australian Society of Sugar Cane Technologists >Formatting Issue - Best Available Paper/GraphicDISASTER RECOVERY—BINGERA MILL FIRE
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Formatting Issue - Best Available Paper/GraphicDISASTER RECOVERY—BINGERA MILL FIRE

机译:格式化问题 - 最佳可用纸张/图形灾难恢复 - 宾拉磨机

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At Bundaberg Sugar’s Bingera Mill on 13 May 2014 at about 8 pm a fire started along the milling train. The direct source of the fire was unable to be determined, but was thought to have started in or around the milling train motor control centre (MCC) room. As the fire occurred at night and prior to the start of the crushing season, nobody was present to raise the alarm. The MCC room was not fitted with smoke detection, so the fire was able to take hold and bum through the night. Damage to the millincluded the razing of the entire MCC room and associated transformers, damage to the side wall of the mill building and the destruction of three bagasse conveyors and two inter-carriers that are located in close proximity to the MCC room. There was alsodamage to the mill’s No.2 overhead crane, hydraulic and cooling water hoses at No. 2, 3 and 5 mills, and field wiring in cable trays near these mills. When the fire damage was discovered the following morning the fire had burnt itself out. With the scheduled start of the 2014 crushing season only 61/2 weeks away, the task of repairing the fire damage and keeping the rest of the mill’s maintenance programme on track was not going to be possible. After several days of preliminary planning, a goal of 91/2 weeks was advertised as Bingera’s revised season start-up date. Given the scope of the project and the tight timeline, it was necessary to divide the work between several contractors providing similar services, as no one contractor had the availablecapacity to supply all that was required. In all, more than 32 key contractors and suppliers were used to reinstate the fire damaged section of the mill and for the most part these were separate from any contractors that were still working on other projects within the mill. Project management was challenging, as the timeline did not allow for the traditional level of documentation to be generated for a project of this size. Instead the project was managed as much as possible using site work or local fabrication, with regular inspection visits and communications. The project’s critical path centred on the replacement of the No. 2 bagasse conveyor. Therefore, 3D scanning of the area around this conveyor was used to obtain fast accurate modelling data for the design and construction of this equipment. Nine weeks after the fire, steam trials were run and some trial cane was crushed, with Bingera’s season starting on 21 July 2014, as advertised.
机译:在班达伯格糖的Bingera穆勒2014年5月13日晚上约八时火沿着铣削火车启动了。火灾的直接来源无法确定,但被认为或周围铣车马达控制中心(MCC)房已经开始。由于火灾发生在夜间和之前的榨季开始时,没有人出席会议,以引起警觉。该MCC房间里没有安装烟雾探测,所以火能通宵达旦地采取保持和流浪汉。损坏整个MCC室和相关联的变压器,损坏磨机建筑物的侧壁和三个蔗渣输送机和其位于靠近房间MCC两个相互流子的破坏的millincluded的夷平。有alsodamage到研磨机的第2号桥式起重机,液压和冷却水软管在第2号,3号和5个磨机,和现场接线在这些工厂附近电缆托架。当火灾损失第二天早上发现火已经烧坏了。由于只有61/2周了2014年榨季的计划的开始,修火系伤害,并保持在轨道工厂的维护计划的其余部分的任务不会是可能的。经初步规划的数天,数周91/2的目标是标榜为Bingera修正后季启动日期。鉴于项目和时间紧迫的范围,有必要分几个承包人提供类似服务的工作,因为没有一个承包商有的AvailableCapacity供应认为需要所有。总之,超过32个关键承包商和供应商被用来恢复工厂的火灾受损部分,并在大多数情况下这些是从仍然在工厂内的其他项目工作的任何承包商分开。项目管理是具有挑战性的,因为时间表并不允许文档的传统的水平,这种规模的项目产生。相反,项目管理,尽可能利用现场工作或本地制造,定期查访和通信。该项目的关键路径集中在更换了2号蔗渣输送机。因此,使用了解决此输送机上的区域进行3D扫描以获得用于该设备的设计和建造快速精确的建模数据。火灾发生后九周,蒸汽试验是跑了,有些审判甘蔗碾碎,用Bingera的赛季2014年7月起月21日,作为标榜。

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