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New Developments in the Control of Fluid Dynamics of wells and risers in oil production systems ?

机译:采油系统中井和立管的流体动力学控制的新进展

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A practical control algorithm for stabilizing flow in risers and oil production wells should meet several requirements. i) be simple, ii) able to operate with low-cost measurements and possibly contaminated with noise and iii) stabilize the flow without setting a value for the bottom pressure. An algorithm has been proposed which does not fix any reference for the bottom pressure. It uses as reference a value equal to zero for the derivative of the bottom pressure. This paper presents some changes in the algorithm in order to avoid the difficulties with derivatives and to simplify the tuning of its parameters. It also proposes a control methodology to suppress oscillations in the absence of automated production choke and downhole measurements.
机译:稳定立管和采油井中流量的实用控制算法应满足几个要求。 i)简单,ii)能够进行低成本的测量,并且可能被噪声污染,并且iii)稳定流量而不设置底部压力值。已经提出了一种算法,该算法不能为底部压力确定任何参考。对于底部压力的导数,它使用等于零的值作为参考。为了避免导数的困难并简化其参数的调整,本文介绍了算法的一些变化。它还提出了一种控制方法,可以在没有自动生产扼流圈和井下测量的情况下抑制振荡。

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