4 software found
Colchis PetroConsulting software

WAVES - Advanced Sonic Data Processing and Fracture Evaluation Software
WAVES is a collaborative project developed by Saudi Aramco and Colchis PetroConsulting, designed to offer cutting-edge solutions for comprehensively analyzing full-waveform sonic data. It introduces a detailed and interactive workflow that enhances data processing capabilities. Utilizing advanced fracture evaluation techniques, WAVES leverages low-frequency Stoneley waveform data and dipole shear anisotropy for precise formation analysis. The software employs a state-of-the-art tomographic velocity profiling technique, providing inversions of velocity profiles along borehole radial and azimuthal directions, valuable for in-situ stress field studies. Its 3D wellbore visualization technology facilitates both visualization and integration of data, crucial for engineering decisions such as in completions and perforations. WAVES stands out with features like vendor-neutral DLIS data processing, dynamic and static elastic parameter conversion, and advanced acoustic logging modules. These modules aid in detailed fracture and anisotropy analyses, supporting comprehensive geological interpretations.

ColchisRP - Rock Physics Forward Modeling Software
ColchisRP's Rock Physics Forward Modeling Software is a sophisticated tool designed to rigorously assign reservoir parameters using strict stratigraphic principles for interpolation/extrapolation of properties. It integrates calibration from international laboratory standard rock and fluid measurements, allowing dynamic assignment of properties like Vp/Ip/Is based on rock type, porosity, and saturation. The software supports formation-based property assignment with flexible attribute calculators and accommodates time-varying and spatially varying parameters including compaction laws, geothermal, and pressure gradients. ColchisRP addresses industry challenges by restoring true formation responses and optimizing sensitive elastic factors. While limitations exist in processing major minerals and considering complex pore structures or anisotropy, ColchisRP enhances modeling with interactive functions and support for various methods, including Xu-White and DEM models. It facilitates fast modeling of reservoir systems, offers distinctive solutions for carbonate and unconventional formations, and manages rock physics template libraries efficiently.

ColchisFM - Integrated Reservoir Geophysics Seismic Forward Modeling Software
ColchisFM revolutionizes seismic forward modeling with its integrated, seamless workflow that connects rock physics forward modeling with seismic modeling. It is designed to streamline your work from reservoir parameters to actionable seismic insights.
With powerful features like built-in pre-stack wave equation modeling and pre-stack time migration, ColchisFM independently handles both 1D and 2D post-stack and pre-stack forward modeling. It’s your go-to solution for a wide range of seismic modeling studies, including reservoir seismic characterization, time-lapse seismic analysis, velocity model building, and structural time-depth conversion.
Engineered for simplicity and efficiency, ColchisFM offers a highly automated, user-friendly interface that saves you time without sacrificing precision. Whether you’re a geologist, seismic interpreter, reservoir inversion expert, or an educator in geophysics, ColchisFM equips you with the tools to excel in your field.

ColchisRM - Reservoir Data Analysis and Management System
ColchisRM is a versatile reservoir modeling platform developed by Colchis PetroConsulting. Built on the ColchisR&D platform, it supports flexible secondary development capabilities, allowing customization of analysis and plotting functionalities tailored for production sites. The software provides interactive history matching with visual tools like well-fit error bubble charts displayed in 2D or 3D, aiding in rapid generation of historical data and production charts. ColchisRM integrates with popular commercial numerical modeling software such as tNavigator, Eclipse, and CMG, offering efficient data processing. It provides visualization through 2D and 3D plots, cross-sectional analyses, and multiple graphic overlays. Users can conduct 3D slice analyses, attribute filtering, and histogram statistics, enhancing dynamic property interpretation. The integration with seismic attributes enables model adjustments based on seismic data. This combination of numerical simulation with geological data enhances research accuracy and efficiency, catering to both experts and beginners in numerical modeling.