Directory: All Listings 

SIP’s ePEG algorithm accurately attenuates free surface pegleg multiples, in a variety of water depths, regardless of offsets and sampling technique. Traditional industry SRME approaches are limited by water depth, offsets and sampling, and the workflow is long and tedious. ePEG is not limited by ...
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A stable deghosting operation to remove all S-R ghosts from broadband data and increase the bandwidth giving robust high resolution elastic properties and wavelet with no sidelobes. Industry standard deghosting techniques cannot record the low end frequencies and may also result in poor resolution ...
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To obtain cleaner seismic images free of sea bed multiples whilst retaining amplitudes suitable for reservoir characterisation. Industry-standard sea bed multiple removal techniques are either ineffective or degrade the range of amplitudes making the data useless for AVO studies. These tend to take ...
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SIP is delighted to offer eRTM as the first industry noise free algorithm. eRTM exceeds the image quality of all previous industry RTM codes in speed and image fidelity. SIP is offering a Bespoke Service, at competitive prices to run eRTM with supplied model and input data with speed and high qual ...
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SIP’s eMULT water bottom demultiple process removes multiples caused by the sea bed and any other layers which cause multiple reflections within the water layer. The Inter-layer (inter-bed) demultiple process efficiently removes multiple reflections occurring within the layers. Example Along with im ...
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Quantum Gaussian Wave Migration eGWM replaces old generation codes and allows for Time and Depth Migration 100x faster than WE Multi-Arrival Travel Times Noise Free (Dispersion, Correlation) Curved Ray Turning Rays Outputting Offsets & Angle Traces CIP Gathers for Velocity Update Azimut ...
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Oil and gas data is collected throughout the asset lifecycle: from exploration and production through to abandonment and beyond. Over time, an operation will generate a mass of interconnected data that grows in value as it reveals more about the asset. The Whereoil software platform enables you to ...
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Paradise: Machine Learning Technology The Next Generation in Seismic Interpretation Paradise is a dramatic new geoscience analysis software featuring machine learning technology for oil and gas exploration and development. The platform enables geoscientists to rapidly analyze multiple attributes a ...
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The Information Management platform for Oil and Gas Sirus is built on Flare’s vision of ‘integrated business information’. Sirus meets the needs of Information Management departments, as well as providing an enterprise search capability for general users. Sirus can also augment existing enterprise ...
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crsTEEC is a seismic processing software designed to support the Common Reflection Surface (CRS) techniques. This software package includes standard seismic processing methods (e.g. filters) and CRS specific algorithms like data driven CMP stack or data driven CRS stack. crsTEEC can be used for a b ...
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