SmartPlan

Advanced planning and simulation systems for comprehensive petroleum field development, monitoring, and optimization

What is SmartPlan?

SmartPlan is an advanced planning and simulation platform developed by GFeX for comprehensive petroleum field development and management. This sophisticated system combines advanced physics-based modeling with practical engineering applications to deliver accurate predictions and optimal development strategies.

The platform provides integrated modules for field development planning, well simulation, production monitoring, and performance analysis. SmartPlan enables engineers to evaluate multiple scenarios, optimize drilling schedules, and monitor field performance across all phases of development from build-up through plateau to decline.

With support for multiple fluid types including Gas Condensate, Volatile Oil, Black Oil, and Dry Gas, SmartPlan offers comprehensive solutions for diverse reservoir conditions and operational requirements. The system integrates reservoir characteristics, well configurations, and surface network constraints to provide holistic field management capabilities.

Network Introduction

An animated, interactive surface-network simulation that introduces SmartPlan platform monitoring — wells, gathering, and export flowing together in one view.

FDP SCREENING MODULE

FDP SCREENING MODULE

Multiple runs for FDP varying multiple parameters in Reservoir Characteristics, Wells Configuration and Surface Network Constraints. This module enables comprehensive scenario analysis and optimization of field development strategies.

Parameter variation in reservoir characteristics
Wells configuration optimization
Surface network constraints analysis
Multiple scenario comparison and evaluation
FDP SCREENING MODULE

FDP SCREENING MODULE

This is a case study of Gas Production and Condensate Profiles with the scheduling of drilling over the development phase of build up, plateau and decline. Comprehensive production forecasting and planning.

Gas production profile generation
Condensate production forecasting
Drilling schedule optimization
Build-up, plateau, and decline phase analysis
FIELD MONITORING MODULE

FIELD MONITORING MODULE

Any set of various Wells with different characteristics, newly drilled, shut-in or stimulated constrained by surface network requirements. Real-time tracking and analysis of field performance.

Multi-well monitoring capabilities
Newly drilled well integration
Shut-in well management
Stimulated well performance tracking
Surface network constraint compliance
R-Z SINGLE WELL SIMULATION MODULE

R-Z SINGLE WELL SIMULATION MODULE

Gas Condensate Reservoir Gradients during depletion

Gas Condensate/Volatile Oil/Black Oil/Dry Gas Reservoir Gradients during depletion. Advanced reservoir engineering simulation capabilities.

Gas Condensate reservoir analysis
Volatile Oil gradient modeling
Black Oil depletion studies
Dry Gas reservoir performance
Comprehensive gradient analysis during depletion
R-Z SINGLE WELL SIMULATION MODULE

R-Z SINGLE WELL SIMULATION MODULE

DST Design & Analysis

DST Design & Analysis module for comprehensive well testing. Design optimal test programs and analyze results for accurate reservoir characterization.

DST design optimization
Test program planning
Result analysis and interpretation
Reservoir characterization support
R-Z SINGLE WELL SIMULATION MODULE

R-Z SINGLE WELL SIMULATION MODULE

Gas Condensate Well Performance of Oil & Gas under Wellhead Constraints

Gas Condensate/Volatile Oil/Black Oil/Dry Gas Performance of Oil & Gas under Wellhead constraints. Optimize production under operational constraints.

Wellhead constraint analysis
Multi-fluid type support (Gas Condensate, Volatile Oil, Black Oil, Dry Gas)
Production optimization under constraints
Real-time performance monitoring
WELL DIAGNOSTICS & WELL PERFORMANCE MODULE

WELL DIAGNOSTICS & WELL PERFORMANCE MODULE

Gas Condensate or Oil or Dry Gas

Gas Condensate/Black Oil/Volatile Oil/Dry Gas comprehensive diagnostics and performance analysis. Identify issues and optimize well productivity.

Multi-fluid type diagnostics
Performance trend analysis
Issue identification and troubleshooting
Productivity optimization recommendations
WELL DIAGNOSTICS & WELL PERFORMANCE MODULE

WELL DIAGNOSTICS & WELL PERFORMANCE MODULE

Simulate or Reproduce a 4-Point Isochronal Test or Flow after Flow for a Gas Reservoir

Simulate or Reproduce a 4-Point Isochronal Test or Flow after Flow for a Gas Reservoir. Advanced well testing capabilities for accurate reservoir characterization and performance evaluation.

4-Point Isochronal Test simulation
Flow after Flow test reproduction
Gas reservoir performance analysis
Accurate reservoir characterization
Well deliverability assessment
SEPARATION PROCESS OPTIMIZATION MODULE

SEPARATION PROCESS OPTIMIZATION MODULE

Comparing various separation stages design and the values in added dollars and in Gas Flaring Reduction for each stage. Optimize separation processes to maximize value and minimize environmental impact.

Multi-stage separation design comparison
Economic value analysis (added dollars)
Gas flaring reduction quantification
Process optimization recommendations
Environmental impact assessment