2019Tyumen 2019Requires access

High-Production Vibroseis Technologies as the Key Factor of Realization of High-Density and Broadband Seismic Projects

Nicolas Tellier, A. Abashkin, V. Boreiko, V. Zaborodko

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Abstract

Summary The quick development of broadband and high-density seismic acquisition methods is due to their recognition as strong and effective means for acquiring datasets that prove rich enough not only to dramatically improve the seismic imaging, but also the overall reservoir characterization. The application of high-productivity Vibroseis methods enables enforcing these methods at justifiable and acceptable costs, while not postponing the delivery of field data. As broadband and high productivity acquisitions are steadily spreading in Russia, the present abstract provides an overview of how the introduction of these methods affect seismic crews, with a focus on Vibroseis equipment and acquisition methods. Perspectives for further developments will be discussed as well.

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What this paper is about

Summary The quick development of broadband and high-density seismic acquisition methods is due to their recognition as strong and effective means for acquiring datasets that prove rich enough not only to dramatically improve the seismic imaging, but also the overall reservoir characterization. The application of high-productivity Vibroseis methods enables enforcing these methods at justifiable and acceptable costs, while not postponing the delivery of field data. As broadband and high productivity acquisitions are steadily spreading in Russia, the present abstract provides an overview of how the introduction of these methods affect seismic crews, with a focus on Vibroseis equipment and acquisition methods. Perspectives for further developments will be discussed as well.

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Available abstract

Summary The quick development of broadband and high-density seismic acquisition methods is due to their recognition as strong and effective means for acquiring datasets that prove rich enough not only to dramatically improve the seismic imaging, but also the overall reservoir characterization. The application of high-productivity Vibroseis methods enables enforcing these methods at justifiable and acceptable costs, while not postponing the delivery of field data. As broadband and high productivity acquisitions are steadily spreading in Russia, the present abstract provides an overview of how the introduction of these methods affect seismic crews, with a focus on Vibroseis equipment and acquisition methods. Perspectives for further developments will be discussed as well.

Key concepts: Seismic vibrator, Broadband, Computer science, Production (economics), Key (lock), Productivity, Realization (probability), Geology

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