The Next Breakthrough for the Decarbonization of Drilling Rigs

Well drilling is tremendously energy intensive, and the greenhouse gas emissions (GHG) from drilling rigs account for about 15 percent of energy related emissions. While ambitious goals have been set by governmental and regulatory agencies, such as the International Energy Agency’s Net Zero Emissions by 2050 Scenario, existing decarbonization technologies have limitations and are yet to be adopted in scale. This is where innovations such as real time emissions monitoring and strategies like the Activity-Based Consumption (ABC) approach are crucial.

The Case for Monitoring Activity-Based Consumption

A large drilling company hypothesized that adopting an Activity-Based Consumption approach will enhance operational efficiency and minimize emissions for drilling rigs. Real-time monitoring of engine usage, integrated with operational data, allows for the optimization of power loads and reduces unnecessary fuel consumption. Automated data analysis and strategic engine utilization can pinpoint operational tasks that will significantly reduce GHG, creating a scalable model for fuel optimization.

The TS Cyanergy Solution

TS Cyanergy supports the ABC approach with its proprietary engine sensors, which leverage Internet of Things (IoT) and LoRaWAN technology to provide real-time monitoring of emissions. The solution involves a multi-layered process, starting at the surface with sensors installed on rig engines. These sensors feed data into a system that aggregates daily drilling analytics and collects important data in a cloud base environment.

The data is readily accessible, not only to its clients, but also their customers and their operational partners. It is available through secure APIs, and in a form that could be integrated with other operating softwares. This feature is an ideal tool for remote drilling control centers.

TS Cyanergy’s software also offers real-time data visualization and alerting, enabling rig crews to make informed decisions on engine load, fuel usage, and emissions. By detecting the rig state and calculating Key Performance Indicators (KPIs) related to GHG emissions, the system provides actionable insights that could help optimize engine performance across different well sections.

Case Study: Ultra Fast Drilling Programs

TS Cyanergy recently ran pilot tests of its engine monitors and software with a client in order to identify ways to reduce fuel consumption and emissions. The pilot tests were conducted in a large batch drilling program, which requires faster and more efficient drilling techniques. TS Cyanergy provided real-time data to optimize the engine’s performance and link the power loads with the actual drilling tasks. As a result, the client identified opportunities to reduce the number of engines used in the drilling tasks, which would have significant fuel and emission reductions as well as cost savings. In addition, using fewer engines prolongs the useful lives of equipment and lowers maintenance costs, which results in long-term cost savings.

As the industry moves towards greater adoption of decarbonization technologies, TS Cyanergy leads the way in innovative and High ROI solutions for reducing emissions. Learn more about the ABC approach and our groundbreaking technology here or get in touch to schedule a demo.