Shuaishi Fu

Title: Innovations in Shale Gas Prediction: The Contributions of Shuaishi Fu

Introduction

Shuaishi Fu, an innovative inventor based in Shandong, China, has made significant strides in the field of shale gas production. With a keen understanding of production prediction methodologies, Fu holds a patent that showcases a sophisticated approach to predicting shale gas yields using real data.

Latest Patents

Fu's groundbreaking patent titled "Method for Shale Gas Production Prediction, Device, and Storage Medium" presents an efficient technique for forecasting shale gas production. This process includes acquiring actual shale gas production data to develop a target production decline curve model. By establishing a time step for production prediction, the method crafts a linear production decline curve, which is utilized to project future production levels. The methodology advances further by calculating target shale gas production residuals, feeding them into a long short-term memory system to yield timely and accurate residual predictions. This ultimately contributes to determining the target production prediction results for shale gas wells.

Career Highlights

Shuaishi Fu is affiliated with the China University of Petroleum (East China), where he continues to advance research in energy resources. Through his meticulous work, he has carved out a niche within the academic community, focusing on practical applications of data analysis in shale gas production.

Collaborations

Collaboration is a vital aspect of Fu's career. He has partnered with esteemed colleagues such as Hai Sun and Fei Luo, with whom he shares research interests and innovative projects, enhancing the depth and application of his work in shale gas production prediction.

Conclusion

Shuaishi Fu exemplifies the ongoing advancements in the field of shale gas and energy production. His unique patent and collaborative efforts position him as a key figure in innovation, driving forward methods that not only enhance efficiency in gas production prediction but also contribute to the broader energy sector's sustainability efforts. Fu's work is a testament to the significant impact individual inventors can have on critical technological advancements.