Reservoir & Fracture Monitoring

Halliburton offers a range of reservoir and fracture monitoring solutions in Unconventional, Mature Fields and Deep Water markets that provide subsurface insight into the asset, and are used to manage reservoirs, wellbores, and completions.  Our industry leading diagnostics provide results that improve well performance and our services include monitoring the entire lifecycle of the well.   Hydraulic fracture mapping and monitoring in real-time provide information about fluid distribution and fracture development that enable optimization of fracture treatments, well placement, and field development strategies.  Overall, our superior diagnostics during reservoir and fracture monitoring improves production while reducing cost per BOE. 

Technical Papers - OnePetro

Technical Papers

Learn about the latest technology breakthroughs from one of the energy industry’s top innovators.

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  TitleНазвание  DateДата
Summary Summary Unconventional Wisdom Oilfield Technology March 2013
Oilfield Technology Magazine, March 2013 Article explains how unconventional fracturing can be understood through statistically matching fracture networks to microseismic data
Summary Summary SPECTRUMSM Diagnostic Services Evaluates Fracture Effectiveness Leading to Lower Completions Costs
SPECTRUMSM Diagnostic Services Identifies Improvement in Stimulation Cluster Efficiency
Summary Summary SPECTRUMSM Diagnostic Services
SPECTRUMSM Diagnostic Services delivers coiled-tubing-conveyed, fiber-optic distributed sensing to assess reservoir performance and completions effectiveness by monitoring fluid movement across the entire wellbore and visualizing treatment efficiency in real time.
Summary Summary SPECTRUM FUSIONSM Hybrid Coiled Tubing Service
The SPECTRUM FUSIONSM hybrid coiled tubing service combines intervention, diagnostic and reservoir assessment services to help operators monitor well intervention job performance and optimize production in real time, resulting in greater efficiency, safer operations and higher return on investment.
Summary Summary FiberWatch® Distributed Acoustic Sensing (DAS)
FiberWatch® Distributed Acoustic Sensing (DAS) is based on Rayleigh scattering principles used to determine acoustic strain signals over long distances, effectively turning the optic fiber cable into a series of virtual microphones.
Summary Summary FiberWatch® DTS Hydrogen Tolerant (HT) System
The FiberWatch® DTS HT System is designed to provide distributed temperature sensing results in the harshest upstream environments, and is designed for long-term monitoring to assess life of well performance.
Summary Summary FiberLog™ Wire Line Service
The FiberLog™ Wire Line (WL) service offers the capability of monitoring wells for various applications during the different phases of a well.
Summary Summary FracHeight™ Downhole Microdeformation Instrument (for downhole fracture monitoring)
The hydbrid tool array combines microdeformation with microseismic measurements for improved fracture diagnostics.
Summary Summary Astra™ Distributed Temperature Sensing (DTS) System
The Astra™ Distributed Temperature Sensing System is designed specifically for the pipeline, plant, and power markets.
Summary Summary FracTrac® Service Microseismic Fracture Mapping
Enables real-time monitoring of fracture treatments for optimized results.
Summary Summary FiberSight™ Cables
PERMANENTLY DEPLOYED FIBER OPTIC CABLES DESIGNED FOR LIFE OF WELL OPTIMIZATION
Summary Summary Reservoir Monitoring
Pinnacle uses microdeformation reservoir monitoring to provide high spatial and temporal resolution of ground motion.
Summary Summary FiberWatch® DTS Single Mode (SM) System
The FiberWatch® DTS SM System is designed to provide reliable and confident distributed temperature sensing results in all markets from unconventional, mature fields, heavy oil, to offshore.
Summary Summary FiberWatch® DTS Single Laser (SL) System
The FiberWatch® DTS SL system is a proven and tested design that has been deployed globally and proven to work in almost any environment.
Summary Summary FracNet Surface Microdeformation Fracture Mapping
Microdeformation fracture mapping is a unique diagnostic technology in the oil and gas industry that provides a direct measurement of critical fracture parameters—specifically identifying where and how injected fluids have been placed within the reservoir.
Summary Summary Uncertainty Analysis
Analysis of hydraulic fracture characteristics from tiltmeter
Summary Summary FiberPoint™ PG HT Gauge
A high temperature pressure gauge for oil and gas wells.
Summary Summary Seismic Stacking
The accuracy of microseismic fracture mapping is enhanced by Pinnacle Technologies seismic stacking process, which allows us to record more and smaller events for better microseismic images with more precise event locations. Greater accuracy improves current uses and extends mapping to new, even more challenging regions such as the US Rocky Mountains.
Summary Summary FiberView™ Software
Provides Real-Time Fiber-Optic data viewing and analysis for Completion, Wellbore, and Reservoir Evaluation
Summary Summary FiberWatch® DTS XE System
EXTREME ENVIRONMENT SYSTEM
Summary Summary FiberPoint™ Pressure Gauge Interrogator (PGI) System
FiberPoint™ Pressure Gauge Interrogator System enables operators to monitor pressure in real-time without the use of downhole electronics.
Summary Summary Sensor suite illuminates downhole fracture development, production efficiency
PRODUCERS HAVE A NEW TECHNOLOGY ALLY, OR PERHAPS more accurately a super team of high-tech support that delivers valuable information for better completion designs, well and fracture spacing, and ultimately improved well performance: Pinnacle’s integrated sensor diagnostics (ISD).
Summary Summary Fiber-Optic Sensing: Turning the Lights on Downhole
By packing a wide variety of sensors into a single fiber cable, simple package, multiple conventional monitoring systems can be replaced while reducing complexity and cost.
Summary Summary Microseismic Source Mechanisms Must Be Understood Before Results Can be Accurately Interpreted
Microseismicmapping has proved to be a valuable technology for monitoring hydraulic fractures and other reservoir processes.
Summary Summary Integrated Sensor Diagnostics (ISD) – Subsurface Insight for Unconventional Reservoirs
ISD enables real-time adjustments and improvements during fracture treatments and pad completions.
Summary Summary Integrating Microseismic, Fracture Diagnostics Data Improves Stimulation Analysis
Microseismic is an indispensable technology that provides critical information on hydraulic fracturing parameters, but it cannot provide all the precise information to enable a full understanding of stimulation behavior in unconventional reservoirs. Obtaining a complete picture of the fracturing process requires integrating microseismic with advanced diagnostic solutions such as surface tiltmeters, downhole tiltmeters, and fiber optic distributed temperature and acoustic sensing, as well as more conventional diagnostic tools, including tracers, flow tests, fracture modeling, diagnostic injection tests, and production data analysis.
Summary Summary Integrated Sensor Diagnostics
Integrated Sensor Diagnostics delivers subsurface insight to help you make financially important decisions relating to well spacing, fracture spacing and stimulation design, based on characteristics of the reservoir and your needs.
Summary Summary Integrated Sensor Diagnostics Brochure
Every shale formation is different, to some degree. Optimizing the asset can be a complex undertaking that involves understanding and integrating a vast scope of data to form a unified picture of the asset, from early planning through exploration and development to long-term production.
Summary Summary Fiber Optic Sensing Technologies
Fiber optic sensing technologies for well monitoring and reservoir management.
Summary Summary FiberLog™ Service Provides Real-Time Analysis During Fluid Injection
FIBER-OPTIC-ENABLED WIRELINE SOLUTION EVALUATES FLUID DISTRIBUTION ACROSS WELLBORE OF INJECTION WELL
Summary Summary Fiber Optics Sensors Creating New Possibilities for Optimizing Fracturing
Fiber optics sensing tools move from aerospace research to open new frontiers in fracturing.
Summary Summary Data Gathering to Smooth the Bumpy Path to Optimization
Noble Energy's “Underground Laboratory” includes fiber-optic and pressure sensors to understand ways to maximize production and profits.
Summary Summary Following the Frac
Sensor suite illuminate downhole fracture development and production efficiency.
Summary Summary Diagnostics Reveal Stimulation Effects
Diagnostics Reveal Stimulation Effects American Oil and Gas Reporter July 2018 Edition
Summary Summary Retrievable Fiber Optics
Retrievable fiber optic services allow for acquisition and analysis of results on demand in almost any environment.
Summary Summary Distributed Fiber Optic Services
The backbone of Pinnacle's fiber optic product line is delivering results that impact positive decision making.
Summary Summary Fiber Optic Monitoring
Our Fiber Optic Monitoring service includes a portfolio of fiber optic point and distributive sensing technologies with systems available for a variety of applications.
Summary Summary Fiber Optic Interrogators & Software
FiberWatch interrogators are industry leading surface systems that utlizes temperature and acoutic results to monitor and track fluid movement along a wellbore and between wells.
Summary Summary Pressure & Temperature Gauges
FiberPoint pressure and temperature solutions offer a method of acquiring life of well pressure results using our industry leading fiber optic services.
Summary Summary FracHeight® Service
Pinnacle continues to be the leader in innovating and optimizing microseismic interpretation for unconventional reservoirs.
Summary Summary ControlFracSM
ControlFracSM service is the industry's first real time optimization solution which puts you in control of your cluster efficiency and fracture initiation during stimulation.
Summary Summary Microdeformation Monitoring (Tilt)
Pinnacle’s award-winning suite of direct diagnostics includes: surface tiltmeter fracture mapping, downhole tiltmeter fracture mapping, and microseismic fracture mapping . All of these services can be performed in real-time to facilitate on-site treatment optimization.
Summary Summary FracNet℠ Services
FracNetSM Service is a diagnostic technology which uses microdeformation measurements from surface tiltmeters to provide information about reservoir mechanics and how it affects recovery potential.
Summary Summary Reservoir Monitoring Service
Pinnacle’s reservoir monitoring service employs sensitive deformation diagnostics to detect and interpret subsurface volumetric activity to enhance production optimization and risk mitigation activities.
Summary Summary Integrated Sensor Diagnostics (ISD)
Integrated Sensor Diagnostics delivers subsurface insight to help you make financially important decisions relating to well spacing, fracture spacing and stimulation design, based on characteristics of the reservoir and your needs.
Summary Summary Hydraulic Fracturing Consulting
Consultants at Pinnacle Technologies design hydraulic fracture treatments and perform real-time on-site fracture treatment analysis and rigorous post-frac analysis to evaluate stimulation strategies and practices. Honoring real-data is the centerpiece of Pinnacle Technologies’ analysis philosophy.
Summary Summary Fracture Engineering
Center of Excellence for Fracture Engineering
Summary Summary Surface Microseismic
Pinnacle's surface microseismic services uses MTMITM (Moment Tensor Microseismic Imaging) to detect and characterize microseismic events.
Summary Summary Microseismic Monitoring
Pinnacle, a Halliburton service, pioneered offset wellbore microseismic mapping and is the standard by which alternate fracture mapping technologies and competitors are measured.
Summary Summary Offset Well Tiltmeter Fracture Mapping
Offset Well Tiltmeter Fracture Mapping is the first commercially available technology that can directly measure fracture dimensions (length, height and width) versus time.
Summary Summary Pinnacle Center of Excellence for Fracture Engineering
Unmatched expertise to optimize treatment design and execution, and asset development.
Summary Summary Microdeformation Monitoring (Tilt)
Pinnacle’s award-winning suite of direct diagnostics includes: surface tiltmeter fracture mapping, downhole tiltmeter fracture mapping, and microseismic fracture mapping . All of these services can be performed in real-time to facilitate on-site treatment optimization.
Summary Summary Reservoir Consulting
Reservoir Consulting - integrating well testing and fracture modeling for optimized treatments.
Summary Summary FracTrac® Microseismic Fracture Mapping Service
Pinnacle Technologies offers FracTrac® microseismic fracture mapping service, a diagnostic technique that measures created hydraulic fracture dimensions and azimuth.
Summary Summary Surface Tiltmeter Fracture Mapping
Surface Tiltmeter Fracture Mapping is a unique fracture diagnostictechnology in the oil and gas industry that provides a direct measurement of critical fracture parameters.
Summary Summary Reservoir & Fracture Monitoring
Halliburton offers a range of reservoir and fracture monitoring solutions in Unconventional, Mature Fields and Deep Water markets that provide subsurface insight into the asset, and are used to manage reservoirs, wellbores, and completions.
Summary Summary Micro-Deformation Monitoring (Tilt)
Pinnacle’s award-winning suite of direct diagnostics includes: surface tiltmeter fracture mapping, downhole tiltmeter fracture mapping, and microseismic fracture mapping .
Summary Summary Offset Well Tiltmeter Fracture Mapping
Offset Well Tiltmeter Fracture Mapping is the first commercially available technology that can directly measure fracture dimensions (length, height and width) versus time.
Summary Summary Surface Tiltmeter Fracture Mapping
Surface Tiltmeter Fracture Mapping is a unique fracture diagnostictechnology in the oil and gas industry that provides a direct measurement of critical fracture parameters.
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