荷兰采油设备

Wierd Koops
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引用次数: 0

摘要

在各种控油作业中,证明了机械采油系统的实用价值,并对系统进行了进一步的改进。由此获得的经验导致了8型“旋臂”的最终设计,以及最近一种用于高粘性油的新型机械回收系统——“油蟹”。扫臂系统由一个固定的扫臂与一个内置的怪异型撇油器和泵送设备组成。油蟹也是基于一个怪异的撇油器系统,通过一个v形的布置,油被集中在这个系统上。两种系统的主要区别在于油蟹有一个集成的储存和油水分离设施,而扫描臂系统这些设施应该在拖船上。扫臂系统的优点是整个系统非常灵活,因此可以适应不断变化的环境,它是可移动的,易于运输,可以从任何船只或驳船上使用。然而,该系统的局限性在于它无法处理非常高粘度的油和碎屑,以及在较轻油的情况下拖船的安全要求。为了克服这些问题,开发了油蟹作为替代系统。油蟹的效率不受油的粘度和碎屑的存在的影响。整个过程是非机械的,在没有泵或其他运动部件的帮助下进行。两种系统的性能都可以通过使用围油栏来提高。
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Netherlands oil recovery equipment

The practical value of the mechanical oil recovery system was proved during various oil control operations and further improvements were made to the system. The experience thus gained resulted in the final design of the type-8 ‘sweeping arm’ and more recently in a new mechanical recovery system for highly viscous oils — the ‘oil crab’.

The sweeping arm system consists of a fixed sweeping boom with a built-in weir-type skimmer and pumping equipment. The oil crab is also based on a weir-type skimmer system towards which the oil is concentrated by a V-shaped arrangement. The main difference between the two systems is that the oil crab has an integrated storage and oil-water separation facility, while with the sweeping arm system these facilities should be on board the towing vessel.

The advantages of the sweeping arm system are that the whole system is very flexible and can therefore be adapted to changing circumstances, it is mobile, easily transported and can be used from any vessel or barge. The system is, however, limited by its inability to handle very high viscosity oils and debris and the safety requirements of the towing vessel in the case of lighter oils.

To overcome these problems and to have an alternative system the oil crab has been developed. The efficiency of the oil crab is unaffected by the viscosity of the oil and the presence of debris. The whole process is non-mechanical and takes place without the aid of pumps or other moving parts.

The performance of both systems can be improved by using booms to concentrate the oil.

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