Offshore drilling—particularly ultra-fast batch drilling—requires substantial power and fuel. With several rig activities occurring simultaneously, engine loads can fluctuate considerably, making it difficult to optimize energy use without affecting safety or performance.

Although emerging decarbonization technologies offer potential, many remain limited in scope or have not been adopted at scale. The project therefore focused on achieving immediate improvements through better use of existing rig systems and operational data.

THE SOLUTION

ID3 Software developed a data-driven approach using real-time visualization, KPI analysis, and automated alerts.

The system continuously monitored key indicators, including:

• Engine load
• Fuel consumption
• Greenhouse gas emissions
• Power demand and operating deviations

By presenting this information in an accessible format, the solution gave rig crews immediate insight into energy performance. Automated alerts highlighted conditions that required attention, enabling operators to adjust engine use, reduce unnecessary fuel consumption, and address inefficiencies quickly.

The system was designed to support—not replace—crew expertise. Operators retained responsibility for final decisions based on safety, reliability, and operational requirements.

THE RESULTS

The approach was implemented during a 20-well batch drilling program and demonstrated significant improvements in fuel efficiency and emissions performance.

Real-time monitoring helped the operation:

• Optimize engine loading as power demand changed
• Reduce unnecessary fuel consumption
• Lower associated greenhouse gas emissions
• Identify performance deviations more quickly
• Connect sustainability targets with daily operational decisions

The results demonstrated that meaningful environmental improvements can be achieved by combining existing equipment with better data visibility and informed decision-making.

THE NEXT STEPS 

The next phase will build on these results by developing algorithms that recommend engine optimization strategies. An enhanced alerting system will provide these recommendations directly to rig crews while allowing them to retain final decision-making authority.

The long-term objective is to create a Smart Rig Power Management Plan that coordinates energy use across all rig operations. This will help improve efficiency, reduce emissions, and support more sustainable offshore drilling.

CONCLUSION

The collaboration between a leading drilling contractor and ID3 Software demonstrates how real-time data can transform emissions management into an active operational capability. By combining continuous monitoring, automated alerts, and human expertise, the project provides a practical path toward more efficient and environmentally responsible drilling.