TL;DR:
- SPE and Project Innerspace are organizing the first Geothermal AInnovation Competition at PIVOT2023.
- The competition aims to showcase the potential of AI-assisted workflows in the geothermal life cycle.
- Teams from around the world can participate and propose large language model (LLM)-based workflows for various disciplines in geothermal energy.
- The competition emphasizes the disruptive force of LLMs in accelerating geothermal projects and technology transfer.
- Participants are encouraged to utilize existing pre-trained LLM models to present conceptual ideas for geothermal applications.
- Registration is open to all AI enthusiasts, providing an excellent opportunity for students and young professionals.
- The competition begins on 19 July, and teams have until 31 August to develop their LLM-based workflow and submit a 3-minute video presentation.
- The winning team will be announced at PIVOT2023 on 20 September.
Main AI News:
In a joint effort, SPE (Society of Petroleum Engineers) and Project Innerspace are proud to present the inaugural Geothermal AInnovation Competition. This groundbreaking virtual event calls upon teams from across the globe to demonstrate the immense potential of AI-assisted workflows in the geothermal life cycle.
Hosted by the prestigious SPE Gulf Coast Section and the revered SPE Data Science and Engineering Analytics Technical Section, the Geothermal AInnovation Competition promises to be an exhilarating showcase of cutting-edge advancements. Building upon the success of previous collaborations between SPE and Project Innerspace, including the highly acclaimed SPE Geothermal Datathon at PIVOT2022, this competition marks a significant milestone in the fusion of artificial intelligence and geothermal energy.
Joining forces with Geothermal Rising, SPE and Project Innerspace have been entrusted by the US Department of Energy to oversee the GEODE project. This transformative 5-year initiative, announced in May, aims to facilitate the seamless transfer of technology from the oil and gas sector to geothermal energy.
The Geothermal AInnovation Competition challenges participating teams to devise innovative large language model (LLM)-based workflows. Teams have the opportunity to explore various disciplines, including geophysics, geology, drilling and completions, reservoir engineering, production engineering, process engineering, and HSES (Health, Safety, Environment, and Sustainability). The objective is to propose workflows that expedite assessments and streamline the implementation of geothermal projects, paving the way for a greener and more sustainable future.
Central to this competition is the recognition of the disruptive power of LLMs in accelerating the geothermal sector, spanning from field development to the research and development of new enablers. Participants are encouraged to leverage existing pre-trained models available in the public domain to present their conceptual ideas for integrating LLM-models into the geothermal life cycle.
Registration for this remarkable opportunity is open to all AI enthusiasts seeking to explore the vast potential of the geothermal domain. Whether you’re a student embarking on a promising career or a young professional aiming to excel in the ever-evolving energy landscape, this competition provides an ideal platform to leverage the advancements of AI.
Mark your calendars for the commencement of the Geothermal AInnovation Competition on 19 July. Teams comprising 1 to 4 members will have until 31 August to develop an LLM-based workflow applicable to a geothermal energy topic of their choosing. The culmination of their efforts will be presented in a captivating 3-minute video submission. This video should succinctly describe the target problem, outline the selected information and datasets utilized with the LLM model, and provide a compelling visualization showcasing the implementation of the coded workflow in a geothermal example.
To maintain consistency and fairness among the proposals, participants are kindly requested to employ only open access pre-trained LLM models. The victorious team will be unveiled at the highly anticipated PIVOT2023 event on 20 September, where their outstanding achievements will be celebrated.
Conclusion:
The Geothermal AInnovation Competition signifies a significant milestone for the geothermal market. By harnessing the power of AI-assisted workflows, this competition showcases the immense potential for accelerated assessments and technology transfer within the geothermal life cycle. The integration of large language models (LLMs) revolutionizes the field, opening new doors for conceptual ideas and advancements. The competition also paves the way for a greener and more sustainable future, emphasizing the importance of geothermal energy in the global energy landscape. With global participation and recognition from esteemed organizations, this event highlights the growing importance of AI in the geothermal industry and its role in driving innovation and progress.
