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The CTour Process,An Pption to Comply with Zero Harmful Discharge Legislation in Norwegian Waters - Experience of CTour Installation on Ekofisk After Start up 4th Quarter 2007

机译:法院的进程,可以选择在挪威水域遵守零有害的出院立法 - 在2007年第四季度启动后EKOFISK的CTOR安装经验

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In 1998 the Norwegian Government issued a White Paper (1) requiring the oil industry in the Norwegian sector of the North Sea to develop a strategy of reaching "zero discharges" of produced water within 2005.Operationally,zero discharge has since been defined as "zero harmful discharge" (2).In order to quantify the "harmfulness" of these components,a management tool,the EIF (Environmental Impact Factor),has been developed (3,4,5).ConocoPhillips originally projected to achieve a combined 95 % reduction in EIF at Ekofisk by introducing Produced Water Re-injection (PWRI).However,after a pilot PWRI test was performed,the conclusion was that re-injection was not cost efficient and most importantly,it became apparent that it introduced a risk of reservoir souring,and could also cause substantial loss of oil produced.It was then decided to evaluate best available produced water cleaning technologies (7,8,9).Based on previous test data,the results showed that Solvent Extraction (CTour) was the most promising technology for removal of dispersed oil and dissolved aromatic components.Pilot tests of CTour were conducted in 2004-05,and the results showed an 80% EIF reduction,reaching residual oil of <2 mg/l and Naphtalenes and PAH reduction by 80-95%.The CTour Process was successfully scaled up to 300 000 BWPD full field installation,and was started up and commissioned 4'Th quarter 2007.The results from performance testing indicate that the efficiency from the original pilot tests had been successfully reproduced,yielding residual OiW of 1-2 ppm and Naphtalenes and PAH reduction by 86-92%.It is further concluded that the process yield residual discharge reduction in accordance to the guaranty parameters originally issued upon signing of the licence agreement.The CTour Process is generally based on using available condensate from suction scrubbers as solvent,but at Ekofisk,NGL is used as extraction fluid.
机译:1998年,挪威政府发布了一份白皮书(1),要求石油工业在北海挪威部门,制定2005年生产的水的“零排放”的策略。自然,零汇率被定义为“零有害排放“(2)。为了量化这些组件的”危害“,已经开发了一种管理工具,EIF(环境影响因子)(3,4,5)。最初预计的Cococophillips以实现合并通过引入生产的水重新注入(PWRI),EKOfisk的EIF减少95%。然而,在进行试验PWRI测试之后,结论是重新注入不是成本效率,最重要的是,它显而易见的是它介绍了它储层含水的风险,也可能引起大量的石油损失。然后决定评估最佳的生产水清洗技术(7,8,9)。基于先前的测试数据,结果表明溶剂萃取(CTOUR)是最有前途的用于去除分散的油和溶解的芳族成分。Ctour的观察结果在2004 - 055中进行,结果显示了80%的EIF减少,达到了<2mg / L和萘甲苯的残留油和80% -95%。CTOUR进程成功缩放到300 000 BWPD全场安装,并启动并委托2007年4月4日。绩效测试的结果表明原始试验试验的效率已成功复制,产生1-2 ppm和萘甲苯的残留oiw和百分比减少86-92%。据进一步得出结论,根据签署许可协议后最初发布的担保参数,该过程屈服余下的放弃。CTOUR过程一般基于使用从吸入洗涤器的可用冷凝物作为溶剂,但在EKOFISK,NGL用作萃取流体。

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