Maximize upstream production yield and recovery
BHC3 Production Optimization enables production engineers to visualize, analyze, and optimize upstream production operations. BHC3 Production Optimization identifies anomalous behavior across well sites, provides prioritized alerts, and recommends remedial actions. With BHC3 Production Optimization, energy companies can leverage advanced AI and analytics to increase production volume, improve visibility of production sites, and improve operational efficiency.​
Demonstrated Benefits
2-5%
Increase in hydrocarbon production from holistic injection optimization
15-25%
Improvement in hydrocarbon production forecast accuracy
5-10%
Decrease in production costs caused by inadequate physical sensors
Next Generation AI-based Oil Production Optimization
Insufficient and delayed visibility into upstream production
AI-based virtual meters deployed to every point of interest across wells and surface network assets
Convoluted production back-allocation
Continuously predict multi-phase flow rates at the individual well level with accuracy estimations
Poor artificial lift and injection performance caused by inadequate set points
Holistic yield optimization of all artificial lift and injection wells across a field in addition to integration with Baker Hughes ProductionLink
Hard-to-maintain, slow-to-update, and deterministic physics-based models
Agile, continuous and stochastic hybrid predictions that leverage deep machine learning and surrogate models
Aggregate and inaccurate production forecasting
AI-based hydrocarbon production forecasting leverages all relevant historical data to provide accurate and granular insights
Inefficient collaboration across multiple parties, data repositories, and tools
A unified, integrated, and OSDU-compatible application to streamline collaboration across key production operations
