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Challenges

Discover our integrated solutions

Unconventional

Complete Real-Time Geochemical Analysis at Wellsite at a Fraction of Lab Costs

CHALLENGES	Essential	Value Added
Hydraulic Fracture Placement
Finding Source Rock Sweet Spots
Hydrocarbon Fluids Typing (Composition)
Stratigraphic Interpretation & Correlation
Commercial and Producton Potential
Onsite Lab results for improved turn-around time
Hydrocarbon Origin and Maturity

Resources

Brochures

Bitlife
G5 DualFid
G8 DualFidStar
G9+
GeoFracture
GeoIsotopes
GEOLOG Corporate Brochure
GeoROX
GeoSource
Geothermal
GeoWITSML
Wellcoms
Technical Papers

A novel workflow for well placement optimization within highly fractured carbonate reservoirs through the integration of rock and reservoir fluid geochemistry measurements and petrophysical log data: a multi-well field case study, adiyaman, turkiye
Adv. Cuttings Analysis Improves Reservoir Characterisation and Reduces Operating Times in Shale Gas Drilling Project
Adv. Mud Gas Detection System Improves Formation Fluid Characterization While Drilling in Challenging Indonesia Deepwater
Advanced Formation Fluid Evaluation While Drilling with a New Heavy Gas Detector
Advanced Gas Analysis Reduces Interpretation Uncertainty While Drilling
Advanced Mud Gas Evaluation in a Complex Clastic Reservoir While Drilling in the Usano Field of PNG
Advanced Surface Logging Technologies Provide Solutions for Deepwater Drilling and Formation Evaluation
Advances in Detection and Interpretation of Hydrocarbons, Non Hydrocarbons and Noble Gases While Drilling
Advances in the Hydrocarbon Gas-Liquid Equilibrium Understanding in Water and Oil-Based Drilling Fluids
Alkenes Detection from Drill Bit Metamorphism and Real-Time Geochemical Elemental Analysis on Drill Cuttings Aids Drilling Optimization and Geo-Steering
Application of Advanced Gas detection Technology for Reservoir Evaluation and Characterisation
Application of Advanced Surface Logging for an Integrated Reservoir Characterization
Application of Semi Analytical Model for Drilling Mud Losses Interpretation in Fractured Formations
Carbon Isotopes from Mud Gas: Lab IRMS or Wellsite Laser-Assisted Technologies?
Characterization of Conductive Fractures While Drilling
Cost-Effective Reservoir Characterization from Advanced Surface Logging Technologies in Unconventional Reservoirs
Critical Casing Points: Identification of Najmah Top and Sublayers with Wellsite Inorganic Geochemistry in Kuwait Carbonate Reservoir
Drilling of Multilateral Wells Aided with Geochemical Analysis
Evaluation of a Fractured Tight Reservoir in Real-Time
High Resolution ChemoSteering in Drilling Horizontal Wells
High Resolution Geochemistry at Well Site, a New Emerging Tool
Identification Of Bitumen In Najmah Source Rock, Utilizing Organic And Inorganic Analysis: A Case Study
Identification of bitumen with pyrolysis analysis on core/cuttings and nmr relationship in middle marrat reservoir rock
Improved Formation Evaluation While Drilling with a New Heavy Gas Detector
In Situ Evaluation of Oil Biodegradation in Rock samples through the use of Thermal Extraction Gas Chromatography: a Case Study
In-Situ Geochemical Analysis of Rock Samples from Simultaneous Wells Enables Field-Wide Formation Characterization in Real-Time
Innovative Geosteering Technology Utilized in Drilling Smart Multi-lateral Wells
Innovative In-house Geosteering Utilizes Gas-While-Drilling Data for Deep Jurassic High Angle Well Placement
Innovative Well-Site Surface Logging Solutions to Enhance Mauddud Reservoir Fluid Characterisation, Formation Evaluation and Well Placement
Integrated Formation Evaluation Using Multiple Geochemical Solutions to Optimize Reservoir Description and Evaluate Production Potential from Multiple Targets in the Northern Delaware Basin
Integrated Reservoir and Source Rock Characterization: Refined Downhole Analyses through Advanced Surface Logging Technology
Integrated Reservoir Characterization Aids Target Selection, Production Fluid Prediction and Completions Optimization in the Southern Delaware Basin Resource Plays
Measurement and Anal. of Wellbore Micro Losses and Rock Prop. While Drilling: A Novel Approach to Identification of Fractures in the Osage and Meramec Formations of Anadarko Basin
Near Real-Time Monitoring of PDC Bit Condition and Associated NPT Mitigation Using Online Alkene Detection
Predict Geomechanical Parameters with Machine Learning Combining Drilling Data and Gamma Ray
Probabilistic assessment of equivalent fracture aperture constrained on quasi-real‑time drilling mud loss data
Quantification of Uncertainties of Fracture Permeability via Mud Loss Information and Inverse Stochastic Modeling
Real Time Advanced Flow Analysis for Early Kick/Loss Detection & Identification of Open Fractures
Real Time Advanced Surface Flow Analysis for Detection of Open Fractures
Real-Time Adv. Mud Returns Flow Anal. with Adv. Mud Gas and Elemental Anal. on Drill Cuttings Aids Fracture Detection and Interpretation in Unconv. Reservoirs
Real-Time Alkene Detection and XRF while drilling to monitor the efficiency of PDC Drill Bits in US Land Tight Rocks: A Case Study.
Real-Time Carbon Isotopes Analysis
Sensitivity Analysis and Quantification of the Role of Governing Transport Mechanisms and Parameters in a Gas Flow Model for Low-Permeability Porous Media
Surface Logging for Fractured Reservoirs
The Application of Mud Gas Analysis in the Evaluation of a Complex Carbonate Reservoir
The Application of Well Site Isotopic Analysis for Reservoir Evaluation
Thermo-Desorption on Cutting Samples: A Real Case Study of Hydrocarbon Identification While Drilling
Use of Advanced Mud Gas Chromatography for Reservoir Quality Prediction While Drilling
Wellsite Chemostratigraphy in the Petroleum Province of Anadarko Basin: How Thermal Pulses, Deposition and Diagenesis Influence Hydrocarbon Accumulation
Case Studies

Avoiding NPT with the help of BitLife prediction Service
BitLife Saves $15M USD Through Bit Trip Optimization
Chemostratigraphical Data versus Elemental Capture Spectroscopy Data
Correlation between Chemostratigraphical and Wireline Data
G5 (DualFID) Saves 30% on Wireline Costs While Identifying Hydrocarbon Fluid Changes in Deep Water Drilling Operations
G8 (DualFidStar) Differentiates Between Hydrocarbon and Water Intervals, Saving 12 Hours of Rig Time
GeoFracture Identifies Open Fractures in Real-Time using Advanced Mud Flow Measurements
GeoFracture saves US$250,000+ and 1+ Days NPT Potential by avoiding image logs
GeoIsotope Service Identifies Reservoir Oil Fluid during Exploration Campaign
GeoROX maximizes reservoir contact through improved horizontal well placement in complex channel environment
GeoSource saved $500,000 USD by Avoiding Additional Coring Runs in Unconventional drilling program
Geosteering in a clastic reservoir
Geosteering in high angle carbonate wells
Identiﬁcation of H₂S in tight carbonates
Integrated formation evaluation for Geosteering
Near Real-Time Fluid Characterization Supports Completion Planning and Basin Modelling
Use of PDC bits and Oil Based Muds created contaminated surface gas measurements which hindered cost effective evaluation of an appraisal drilling program.
Volcanic Event Identification in Clastic Turbidity Play

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