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Technical paper

Rethinking seismic sensors to reform onshore exploration in the Middle East and Asia

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In this technical paper published in First Break, Chris Einchcomb, Geophysical Consultant at STRYDE, shines a light on several areas companies typically look at when considering land seismic operations, and explores what costs savings can be achieved through nodal technology in exploration hotspots such as the Middle East and Asia.

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Discover more STRYDE technical papers

The two densest land seismic surveys in the world enabled by nimble nodes

The two densest land seismic surveys in the world enabled by nimble nodes

Old cabled seismic equipment is being replaced by nodal systems which are much more compact and offer more flexibility in the field. A new generation of seismic nodes in particular is creating a paradigm shift in the way seismic is acquired, making high-density seismic finally an affordable option for hydrocarbon and renewables. To demonstrate this fact, we will show how these nodes have been used to acquire the two densest land seismic surveys on the planet both for hydrocarbon and CCUS in a very efficient way.

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Which sensor for land nodal seismic: recording acceleration or velocity?

Which sensor for land nodal seismic: recording acceleration or velocity?

As land seismic evolves towards denser surveys, single sensor recording, and lower frequencies, this paper discusses whether recording acceleration or velocity is the best sensor for land nodal seismic.

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The case for a nimble Node, towards a new land seismic receiver system with unlimited channels

The case for a nimble Node, towards a new land seismic receiver system with unlimited channels

This paper outlines the need for a receiver-side technology shift to overcome many of the existing hurdles that hinder the economic acquisition of quality land seismic, such as significant HSE exposure, limited channel count, difficult terrain access, long survey durations and high survey costs.

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