IFEDC 2017---International Field Exploration& Development Conference 2017

Scope of Topics

The proposal content should be related to seven major projects of oil and gas exploration and development, such as Geophysical and geological engineering, oil and gas reservoir engineering, drilling engineering, production engineering, storage and transportation and pipeline engineering, safety and health and environmental engineering, economic and Management Engineering. Technical research papers which can be used to solve the problems of geology, mechanics, mathematics, materials, automation, computer, environment, machinery, chemistry and management in the oil and gas exploration and development.

1.Reservoir Monitoring
2.Reservoir Evaluation and Dynamic Description
3.Reservoir Production Stimulation and EOR
4.Reservoir Management Technology
5.Unconventional Oil and Gas Resources
6.Geomechanics workshop (supported by Baker Hughes)

7.Daqing Oilfield Well Testing Workshop

1.Reservoir Monitoring

New techniques for seismic interpretation of oil and gas reservoir exploration and exploitation;
Satellite radar monitoring technology for oil and gas reservoir management;
Gas water interface monitoring technology by using time shifted microgravity in bottom water drive reservoir;
Resistivity logging, acoustic logging, nuclear logging and nuclear magnetic resonance logging;
New technique of casing saturation logging;
Logging while drilling technology;
Casing damage monitoring and borehole stability;
Well logging numerical simulation technology;
Liquid level monitoring for oil and gas well;
Measurement and analysis technology of multi-phase flow well head and manifold point in oil and gas wells;
Oil and gas well testing, swabbing Test, down hole oil extraction and productivity evaluation;
Drill stem testing and data interpretation;
Wire-line formation testing and real - time analysis of downhole fluid properties;
Production logging and data interpretation technology for vertical, inclined and horizontal well production profiles;
Injection profile logging and data interpretation technology;
Liquid gas production profile testing with produced hydro-fractured fluid tracers in horizontal well;
Oil and gas well testing technology and well testing analysis;
Test and analysis of down hole temperature in oil and gas well;
Down hole distributed fiber optic monitoring technology;
A new technique of inter well tracer monitoring and geochemical fingerprinting analysis;
Inter well interference test and analysis;
Application technology of micro seismic monitoring and data interpretation;
Production data decline analysis;
SAGD temperature and pressure monitoring and data analysis;
Fracturing pressure and temperature analysis;
Water flooding front monitoring technology based on potential method;
Dynamic monitoring technology of remaining oil saturation;
Test technology of reservoir pore structure, micro-seepage flow and physical property parameters;
Oil, gas and water sample test and analysis technology;
High pressure fluid sampling and PVT phase analysis technique for condensate gas reservoir;
Automatic kinematic viscosity measurement;

Interpretation and application technology of dynamic monitoring data of oil and gas reservoir.

2.Reservoir Evaluation and Dynamic Description

Identification and Prediction of favorable formation in oil and gas reservoirs ;
Reservoir classification, structural interpretation and sedimentary facie analysis ;
Description and prediction technology of reservoir fracture system ;
Multi physical field and multi scale percolation simulation technology ;
Identification and description technology of injection production dominant flow channel ;
New techniques for modeling and describing in various oil and gas reservoirs ;
New techniques for numerical simulation of various oil and gas reservoirs ;
Formation damage evaluation method ;
Prediction of productivity of complex structure wells and its pre and post stimulation evaluation techniques ;

Modeling and numerical simulation technology of digital core and pore network.

3.Reservoir Production Stimulation and EOR

Well location deployment, horizontal well trajectory optimization and drilling engineering strategy ;
Well structure and well pattern optimization and design ;
Optimization design of drilling and completion ;
Water injection Optimization model of multi-layer reservoir ;
Oil field artesian water injection technology ;
Optimization of fracturing development technology policy for different oil and gas reservoirs ;
The extending mechanism and optimization simulation technology of reservoir fracture network ;
Optimization design method of multi-cluster perforation in horizontal well ;
Optimization technology of artificial lifting in crude oil production ;
Optimization of gas production recovery by water drainage ;
Water breakthrough mechanism in gas wells and its governance countermeasures technology ;
Technology of heavy oil steam injection for production and optimization of steam injection cycle ;
Exploitation technology of fire reservoir ;
A new method in enhancing recovery of oil and gas reservoirs ;
Polymer flooding, ASP flooding, CO2 flooding oil production technology ;
EOR technology of profile modification, water shutoff and oil displacement in high water cut period of reservoir production ;

Integrated technology of reservoir engineering and geological engineering.

4.Reservoir Management Technology

Optimization design technology of oil and gas reservoir development;
Real - time analysis and optimization of oil and gas well production ;
Data mining and decision making technology in oil and gas production ;
Intelligent well and intelligent oilfield optimization design technology ;
Economic evaluation technology for oil and gas reservoir development ;
Integrated oil and gas reservoir management technology ;
Database application system for oil and gas exploration and development ;
Pipe network system simulation in oil and gas field operation zone and optimization of layout design ;
Solution of optimization decision making and production command system for oil field development and production ;

Integrated optimization design technology of geology, reservoir, drilling, completion, production and surface engineering .

5.Unconventional Oil and Gas Resources

Exploration and development technology of coalbed methane, shale oil and gas, natural gas hydrate, oil sands, oil shale and other unconventional resources ;
The formation and distribution characteristics of unconventional oil and gas resources;
Geophysical prediction technology of shale oil and gas sweet spot;
Logging interpretation method for gas volume in shale reservoirs ;
Well logging interpretation and evaluation of heavy oil and oil sands ;
The seepage mechanism and physical parameter testing method in anisotropic tight reservoir ;
Shale oil and gas geological features, percolation characteristics and productivity prediction ;
Pore structure and micro-seepage of ultra-low permeability oil & gas reservoir ;
Reservoir and fluid interaction mechanism of ultra-low permeability reservoir ;
The effect of different scale fracture system on the percolation of ultra-low permeability reservoir ;
Shale gas reservoir, natural fracture system, and three-dimensional fine modeling of geomechanics ;
Segmented fractured crack net shape and prediction model of post-fracturing productivity in horizontal wells ;
Stimulated reservoir volumetric fracturing of shale oil and gas, evaluation of effective stimulated reservoir volume and re-stimulation evaluation ;
Effective development of shale gas and tight oil reservoir and high efficiency reservoir stimulation methods ;
Optimal design of fracturing for controlling sand density in reservoir ;
Micro-seismic monitoring technology of hydraulic fracturing in unconventional reservoir ;
Determination method and influence factors of oil recovery in ultra-low permeability reservoirs ;
A new method for improving oil recovery in ultra-low permeability reservoirs ;
Simulation and optimization of shale gas and tight oil development ;

Main factors controlling high yield of tight oil & gas reservoir and its production optimization.

6.Geomechanics workshop (supported by Baker Hughes)

Triaxial stress testing technique of rock ;
In-situ stress testing and modeling technology ;
Fluid injection diagnosis and micro-fracture experimental techniques ;
Geomechanical problems in the process of oil and gas exploration ;
Geomechanical problems in the process of drilling ;
Geomechanical problems in the process of oil & gas production ;
Coupled modeling technology of geomechanics and reservoir fluid seepage ;
Research technique of reservoir stress sensitivity ;
Wellbore stability and fluid-solid coupling flow simulation ;
Casing damage mechanism and prevention countermeasures ;

Rock mechanics simulation of fluid-solid coupling flow and reservoir numerical simulation methods.

7. Daqing Oilfield Well Testing Workshop

The pressure evaluation methods and reasonable pressure buildup duration time;
Evaluation of multi-stage fracturing horizontal well fracturing effects of the tight oil and gas reservoirs and prediction of the productivity;
Down hole shut-in pressure testing data interpretation methods of electric submersible pumps;
The evaluation method of reservoir pressure under the influence of adjacent wells;
The polymer flood (alkaline-surfactant-polymer flooding) test data interpretation and evaluation methods;
The big data mining methods of the historical well test data;
Pressure testing technique of multilayer reservoir with low cost suitable for Daqing Oilfield;
The down hole signal wireless transmission technology ;
Early time well testing analysis technique.

Scope of Topics

IFEDC Committee

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