3
Feasibility Projects
Completed
100%
Data-Validated
Verified Models

Case Studies

Real-world implementations of our digital twin and intelligent platform solutions. Validated against operational data to deliver proven results in process optimization, operator training, and decision support.

CCU01 - Amine Absorption Tower

Calibrated & Validated
Amine Scrubbing CO₂ Capture UnitSteady State Modeling

Challenge

Optimize amine absorption tower performance for CO₂ capture while providing immersive visualization for engineering analysis and stakeholder communication.

Solution

Developed a steady-state digital twin integrated with Q-Insight analytics and Extended Reality visualization, enabling detailed process understanding and interactive 3D exploration of the absorption column.

Projected Results

  • Optimized solvent circulation rates through steady-state process analysis
  • Enhanced engineering insights via Q-Insight data analytics
  • Immersive Extended Reality visualization for training and design review
Digital TwinQ-InsightExtended Reality
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CCU 01 - Amine Absorption Plant

Calibrated & Validated
Integrated Amine Scrubbing CO₂ Capture Entire PlantSteady State Modeling

Challenge

Model the complete carbon capture plant including absorber, stripper, heat exchangers, and compression systems to optimize plant-wide operations and train operators effectively.

Solution

Built a comprehensive steady-state digital twin of the entire CCU process train with Data Discovery for pattern analysis, Q-Insight for performance monitoring, and OTS for operator training scenarios.

Projected Results

  • Plant-wide efficiency optimization through integrated steady-state modeling
  • Actionable insights from Data Discovery and Q-Insight analytics
  • Enhanced operator readiness through OTS-based training simulations
Digital TwinQ-InsightData DiscoveryOTS
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GSU 01 - Amine Absorption Tower

Calibrated & Validated
Gas Sweetening UnitSteady State & Dynamic Modeling

Challenge

Capture both steady-state performance and dynamic transient behavior of the gas sweetening unit to ensure safe operations during startups, shutdowns, and load changes.

Solution

Deployed an integrated steady-state and dynamic digital twin with OTS for operator training on transient scenarios and Q-Insight for real-time performance monitoring and analysis.

Projected Results

  • Comprehensive process understanding through combined steady-state and dynamic modeling
  • Reduced startup time and improved safety through OTS-based training
  • Real-time operational insights powered by Q-Insight analytics
Digital TwinOTSQ-Insight
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Our Delivery Process

Requirements Analysis

1

Understanding the specific needs and objectives of our client

Data Collection

2

Gathering comprehensive operational data from plant systems

Feature Development

3

Building the platform features tailored to project requirements

Model Calibration

4

Using real-world data to calibrate and tune the models

Testing & Approval

5

Rigorous testing and client approval before deployment

Launch

6

Deploying the solution into the production environment

Support & Improvement

7

Ongoing support and continuous improvement over time

Ready to Explore What's Possible?

These feasibility studies demonstrate the potential of our validated digital twin solutions. Let's discuss how we can deliver similar results for your operations.