Oil and Gas Product Development
Design and Simulation Tool for Production Monitoring - BORETS
A comprehensive design and simulation platform developed for BORETS, enabling engineers to model, monitor, and optimize production performance across oil and gas wells with advanced analytical capabilities.
Key Challenges
01
Accurately modelling complex downhole conditions and fluid dynamics for a wide range of well types
02
Integrating real-time production data with simulation outputs for live performance monitoring
03
Building a flexible design engine that supports multiple ESP and artificial lift configurations
04
Ensuring calculation accuracy while maintaining acceptable performance for field engineers
05
Delivering a tool that scales from single-well analysis to portfolio-level production monitoring
About Our Client
BORETS
BORETS is a global leader in the design, manufacturing, and servicing of electric submersible pumping systems for the oil and gas industry. Operating across major production basins worldwide, they required a sophisticated design and simulation tool to support their engineering teams in selecting, sizing, and monitoring ESP systems for optimal production performance.
Unlocking Success
IDEATION:
We designed a unified platform combining well design, ESP sizing, and production simulation, enabling BORETS engineers to move from initial design to performance prediction without switching tools.
OUR APPROACH
We built a modular calculation engine covering inflow performance, multiphase flow correlations, and ESP curve matching. A real-time data integration layer connects field sensor feeds to the simulation model for live deviation monitoring.
OUTCOMES
The tool accelerated ESP design cycles and improved production monitoring accuracy. Real-time simulation deviation alerts enabled proactive intervention before production losses occurred.
Project Outcomes
01
Delivered a fully integrated design and simulation tool covering ESP sizing, inflow modelling, and production monitoring
02
Reduced engineering design cycle time through automated sizing calculations and instant performance predictions
03
Real-time production deviation alerts enabled proactive field interventions and reduced unplanned downtime
04
Scalable architecture supports both single-well and multi-well portfolio analysis for BORETS global operations