eBooks
Survey and cost modelling of 3D seismic surveys in desert conditions
Following a recent webinar on survey modelling and costing, hosted by STRYDE’s Mehdi Tascher and Claudio Cardama from TotalEnergies, we’ve created a detailed eBook that captures all the insights shared during the session.
Inside, you'll find a comparative analysis of onshore desert vibroseis seismic surveys, assessing how different receiver types (cabled, conventional nodes, and STRYDE nodes) impact survey design, CAPEX, and OPEX.
Unlock valuable insights into seismic survey design and execution with this in-depth eBook. Based on real-world modelling and project data, this guide explores how different receiver systems influence survey logistics, crew size, and overall costs, helping you optimise your next onshore project.
Inside, you’ll find expert analysis on:
Survey design and planning parameters
Receiver and source point density
Receiver ground-time between layout and pickup
Team composition for layout and pickup phases
Operational considerations for discreet acquisition
Headcount optimisation strategies across all departments
Full seismic crew structure and breakdown
Vehicle requirements for different configurations
CSR impact comparisons
Headcount vs. recording duration efficiency
CAPEX evaluation for recording equipment
Total project cost comparisons
Download the eBook to gain exclusive insights into seismic survey optimisation in harsh desert environments. This comprehensive resource includes real-world data and modelling outcomes to help you make informed decisions about equipment selection, project planning, and cost management.
Inside, you’ll discover:
Detailed project design insights
Operational considerations for discreet data acquisition
Native vs. post-DGF receiver density comparisons
DGF implementation in the field
Receiver ground-time between rotations
Headcount optimisation strategies across departments
Vehicle and logistics requirements
CSR impact comparisons
Side-by-side comparisons of headcount and recording durations
CAPEX breakdown for recording equipment
Total project cost comparison
Summary analysis: Conventional nodes/geophones vs. STRYDE nodes
In today’s competitive energy landscape, optimising seismic acquisition efficiency while controlling costs is critical, particularly in the challenging desert environments of the MENA region. As companies strive to meet increasing demand for accurate subsurface data, leveraging the right technologies can dramatically impact project outcomes.
This webinar addresses a crucial need: the ability to reduce timelines and expenses without compromising data quality. By comparing innovative solutions like STRYDE nodes to traditional cabled geophones and other nodal systems, we’ll reveal how modern seismic techniques can optimise trace density, streamline operations, and ultimately deliver significant cost savings for onshore seismic projects.
