Conventional Coring
Advanced Coring
for Complex
Reservoirs
ScopDrill™ conventional coring systems are engineered for continuous, undisturbed core recovery from target reservoir intervals. Every core retrieved represents the formation with the highest possible accuracy.
Signature Capability
4.5″
Core Diameter
Extra core diameter delivers a larger, more representative rock sample from the reservoir interval. Greater sample volume means better data for porosity, permeability, and lithological characterization — reducing uncertainty before completion decisions.
Formations
Deep, Extended-Reach, HPHT
Core Quality
Intact, Undisturbed Recovery
NPT Reduction
Efficient Run Planning
Application
Diverse Formation Types
Key Features
Engineered for Accurate,
Continuous Core Recovery
Core Diameter
4.5-Inch Extra Core Size
Larger sample volume for better data representing reservoir characterization, porosity, permeability, and lithology.
Sample Integrity
High-Quality, Intact Core Recovery
Continuous, undisturbed recovery across diverse formations — from consolidated sands to complex lithologies.
Well Conditions
Optimized for Deep, HPHT, and Extended-Reach Wells
System performance maintained under high pressure, high temperature, and extended-reach drilling conditions.
Data Fidelity
Accurate Representation of Reservoir Properties
Every core retrieved reflects in-situ formation characteristics with the highest possible accuracy for confident evaluation.
Operational Efficiency
Reduced NPT Through Efficient Run Planning
Systematic pre-well planning and optimized tool selection minimize non-productive time and reduce total coring cost.
Client Value
Data That Drives Confident Decisions
Reservoir Understanding
Better characterization of porosity, permeability, and lithology from larger-diameter samples — supporting accurate reserve estimation and field development planning.
Reservoir Evaluation
Improved decision-making through high-integrity physical samples that validate log interpretations and reduce subsurface uncertainty ahead of completion strategy.
Cost Efficiency
Cost-effective data acquisition through optimized run planning, reduced NPT, and first-run core success — lowering total data acquisition cost per barrel of recoverable reserves.
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