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Processing of Full Azimuth, High-density Land Acquisition - 3D Irharen, Algeria

机译:处理完整方位角,高密度征地 - 3D Irharen,阿尔及利亚

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Using a square spread of closely-spaced receiver stations, a full azimuth dense 3D survey was recorded in 2005-06 over the Irharen gas discovery inAlgeria.Abasic square-spread geometry was chosen for reasons of azimuthal coverage. The processing had to deal with a huge amount of data and encountered the classical land processing issues of statics and amplitudes.An innovative processing sequence was developed to take into account the multi-azimuth distribution. The high density acquisition provided a good spatial sampling of the subsurface and allowed high density velocity picking to determine 2nd and 4th order velocity fields. The parallel processing and interpretation saved considerable time by producing several fast-track products and intermediate inversion cubes, necessary to answer operational constraints. This approach gave very encouraging qualitative results in terms of fractured reservoir definition.
机译:使用紧密间隔的接收站的方形传播,在2005 - 06年上在Irharen气体发现中记录了完整的方位角密度3D测量。出于方位角覆盖的原因,选择了方形涂抹几何形状。 该处理必须处理大量数据,并遇到静态估计和幅度的古典土地处理问题。开发了创新的处理序列,以考虑多方位角分布。 高密度采集提供了良好的地下空间采样,并且允许高密度速度拾取以确定第二和第4级速度场。 并行处理和解释通过产生几个快速轨道产品和中间反转立方体来保存相当长的时间,以应答运行限制。 这种方法在裂缝储层定义方面发出了非常令人鼓舞的定性结果。

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