Transform Bottom Hole Flowing Pressure Calculations to Increase Reliability and Accelerate Insights for Critical Operational Decisions

Smartbridge Use Case Collection

Smartbridge’s solution provides valuable key features for organizations looking to optimize their Bottom Hole Flowing Pressure (BHP) calculation and simulation process​

Use Case Overview

Positively impact both the top and bottom-line while improving the customer experience​.

APPLICABLE CAPABILITIES:

Artificial Intelligence
Automation
  • Enhance Data Reliability & Accuracy: Eliminate error-prone, on-premises workflows by establishing a robust, cloud-based data pipeline for bottom hole flowing pressures (BHP) calculations.​

  • Automate Multivariate Analysis: Support complex input variables—fluid volumes and pressures, equipment pressures, choke diameters, lateral lengths, among other complex variables that factored in—without burdening teams with repetitive manual tasks.​

  • Enable Real-Time Insights: Provide near real-time to data-driven insights and analytics to enable swift operational and strategic decisions.​

  • Future-Proof Scalability: Prepare the data infrastructure to handle growing data volumes and evolving analysis requirements.

APPLICABLE SOLUTIONS:

Microsoft Azure
Microsoft AI
Microsoft Power Platform
Microsoft Fabric
UiPath

Strategic Business Goals Supported

Benefits & Value to Oil & Gas organizations:

  • Streamline reservoir engineering and geoscience workflows which minimizes manual interventions by 40%.​
  • Accelerate decision-making processes by 50% by leveraging AI/ML multivariant models to simulate and deliver near real-time results for complex reservoir conditions over large fields and data volumes.​
  • Increase confidence in BHP calculations for incoming and 250+ existing wells by reducing manual errors by 80%, safeguarding data integrity.​
  • A modern, flexible data foundation that supports expanding data demands, and AI driven recommendations.

USE CASE in ACTION

BHP Calculations case study

Cloud Computing and RPA Drive Advanced Multivariate Analysis and BHP Calculations for Energy Firm

  • The client is a leading energy firm specialized in producing clean-burning natural gas.

Solution Capabilities

Automated Pressure Calculation Workflows
Eliminates the need for manual calculations by automatically processing BHP based on real-time and historical well data.
Customizable Dashboards & Adaptive Forecasting
Provides real-time visualization of BHP, production rates, and other key performance indicators for better operational oversight. Uses historical data patterns to project future BHP trends.
Automated Reporting & Compliance Tracking
Generates standardized reports on BHP trends, ensuring regulatory compliance and providing audit-ready documentation.
Integration with Production Planning & Asset Management
Aligns BHP data with broader production targets, ensuring that well operations are synchronized with company goals.
Dynamic Well Condition Simulation
Enables engineers to model different well scenarios and predict how pressure fluctuations impact production efficiency.
Production Optimization & Monitoring
Identifies inefficiencies in well performance and provides recommendations to maximize hydrocarbon extraction. Detects anomalies in pressure readings and triggers alerts for engineers to take immediate corrective actions.
Field-Wide BHP Aggregation & Analysis
Allows engineers to analyze multiple wells at once, identifying broader trends that impact operational efficiency.

Solution Capabilities

Automated Pressure Calculation Workflows
Eliminates the need for manual calculations by automatically processing BHP based on real-time and historical well data.
Customizable Dashboards & Adaptive Forecasting
Provides real-time visualization of BHP, production rates, and other key performance indicators for better operational oversight. Uses historical data patterns to project future BHP trends.
Automated Reporting & Compliance Tracking
Generates standardized reports on BHP trends, ensuring regulatory compliance and providing audit-ready documentation.
Integration with Production Planning & Asset Management
Aligns BHP data with broader production targets, ensuring that well operations are synchronized with company goals.
Dynamic Well Condition Simulation
Enables engineers to model different well scenarios and predict how pressure fluctuations impact production efficiency.
Production Optimization & Monitoring
Identifies inefficiencies in well performance and provides recommendations to maximize hydrocarbon extraction. Detects anomalies in pressure readings and triggers alerts for engineers to take immediate corrective actions.
Field-Wide BHP Aggregation & Analysis
Allows engineers to analyze multiple wells at once, identifying broader trends that impact operational efficiency.

40%

reduction in manual workflow intervention

For a mid-size upstream oil company reducing manual bottom hole flowing pressure efforts by 40% could enable realization of approximately $8 million in savings.

50%

acceleration in decision-making processes

Around $35m in savings from leveraging the latest AI/ML models to provide Near real-time results for complex subsurface conditions, accelerating the decision-making processes by 50%.​

80%

reduction in manual errors

Automating unification of data extraction from disparate data sources, transformation through multivariate calculations, and efficient loading for reporting and notifications for incoming and existing wells, reduced human-prone errors by 80% and saved near $1.6 million dollars per year.​

From Use Case to Case Study:

Cloud Computing and RPA Drive Advanced Multivariate Analysis and BHP Calculations for Energy Firm

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