PetroBench rod lift design platform dashboard showing real-time well monitoring and simulation interface
RODSIM DYNAMICS

Performance Modeling for Rod-Pump Systems

RodSim Dynamics is an advanced module that extends RodSim with parallel simulation processing, calculating pump intake pressures, fill rates, and stroke rates. Transform analysis from days to minutes.

How It Works

Parallel Simulation Workflow

RodSim Dynamics analyzes wellbore conditions including fluid levels, pressure changes, and stroke rates through advanced parallel processing.

4-Step Analysis Process

1. Import Well Data

Load deviation surveys, fluid levels, and production history directly from Excel or legacy tools

2. Configure Variables

Define 25+ parameters including pump specs, fluid properties, and operational constraints

3. Cloud Processing

Execute multiple simulations in parallel using cloud infrastructure for faster processing

4. Optimize Design

Generate 15 dynamic graphs with actionable optimization insights

RodSim Dynamics Simulation Dashboard - Parallel Processing Interface

Core Calculations

Pump Intake Pressure

Optimal pump submergence across varying fluid levels

Fill Rate Analysis

Optimize operational efficiency and minimize fluid pound

Stroke Rate Optimization

Ideal pumping speed for maximum efficiency

Technical Specifications

Advanced Cloud Computing

Cloud infrastructure delivers enhanced parallel processing power for complex wellbore analysis calculations.

1220+
Parallel Simulations
25+
Variables per Run
Minutes
Processing Time
100%
Cloud Based

Performance Gains

Days → Minutes

Complete analysis in minutes vs lengthy desktop runs

Unlimited Scale

Auto-scaling for enterprise workloads

Parallel Processing

Cloud infrastructure delivers enhanced parallel processing power

Performance Comparison

RodSim Dynamics
PetroBench RodSim Dynamics
Minutes
Desktop Software
Days

Ready To Transform Your Wellbore Analysis?

Experience the power of parallel simulation processing. Schedule a technical demonstration to see RodSim Dynamics in action.