Land seismic acquisition

Oil and gas

The STRYDE Compact System™

Our nodal technology

Oman

Case study

AGS - The worlds largest nodal seismic acquisition in Oman

Watch the world's largest nodal survey (165,000 channels), acquiring high-resolution seismic data, in a way that has never been done before.

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Project snapshot

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Operator

CCED

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Location

Onshore Oman, Block 4

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Survey type

3D seismic survey

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Application acquired for

Oil and gas exploration

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Nodes purchased for the project

165,000 nodes

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Vibroseis Points acquired

5M+

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Receiver Points deployed

5.7M

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Trace density per sq km

16,000,000

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Data volume acquired

1,300,000 Tb of data

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Lost time incidents

Zero LTIs across 2.1M man-hours worked

Eskil Jersing

Exploration and Appraisal Director, CCED

"CCED are currently acquiring the world’s largest 3D node survey over our blocks 3 & 4 (29, 219 sqkm), onshore Oman. This nodal technology approach (c.165,000 channels) provides multiple benefits to CCED, by cutting down on data acquisition costs, minimizing HSE footprints in the field (less manual handling, reducing vehicle count from c.160 to c.40, reduced field crew size 600 to c.220 etc.), and expanded land access in our sabkha-dune environment, all to acquire high quality, operationally efficient (high density, point receiver geometries providing increased spatial sampling density, with no compromise to data quality) outcomes."

Web ags case study 2
technical presentation

Field Operations and Processing Perspectives

This presentation aims to educate seismic practitioners about the practical aspects and business impact of high-density nodal acquisition using a real-world case study.

We present and analyse operational information and workflows from the project including: crew size, composition, logistics and HSSE; source and receiver productivity; survey and seismic data QC; and data transcription, delivery and processing.

Watch the video here...

Discover our land seismic acquisition technology

The world needs high-density seismic imaging – but bulky, expensive equipment was stalling progress. That’s why we created the world’s smallest, lightest autonomous node.

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