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Technical paper

A Comparative Field Trial of a New Nimble Node and Cabled Systems in a Desert Environment

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STRYDE's new nimble node is tested in the desert compared to cabled systems. The system offers the smallest and lightest fully autonomous node for land seismic acquisition, barely bigger than a conventional geophone.

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Seismic acquisition in western Siberia - a comparison between conventional cabled receiver arrays and lightweight autonomous nodes

Seismic acquisition in western Siberia - a comparison between conventional cabled receiver arrays and lightweight autonomous nodes

Examining the impact of nodal acquisition and increased trace density on image quality, survey efficiency and environmental footprint in a densely forested area of western Siberia.

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Acquisition of an Ultra High Density 3D Seismic Survey Using New Nimble Nodes, Onshore Abu Dhabi

Acquisition of an Ultra High Density 3D Seismic Survey Using New Nimble Nodes, Onshore Abu Dhabi

The benefits of using autonomous nodes in a desert environment to efficiently achieve very high trace density seismic surveys with reduced HSSE risk and improved operational efficiency are increasingly being recognised by the industry.

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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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