Location History:
- Reading RG4 8QT, GB (2008)
- Reading, GB (2010 - 2014)
Company Filing History:
5 out of 10,200 
1 out of 2,453 
1 out of 832,966 Years Active: 2008-2014
Title: Innovator Jonathan A. Holmes: Pioneering Near Wellbore Modeling Technologies
Introduction: Jonathan A. Holmes is an accomplished inventor based in Reading, RG4 8QT, Great Britain. With a focus on advancing methodologies within the field of reservoir modeling, Holmes has developed a notable patent that enhances the efficiency and effectiveness of wellbore simulations.
Latest Patents: Holmes holds a patent titled "Near Wellbore Modeling Method and Apparatus." This innovative software, when executed by a computer processor, models a localized area surrounding a specific wellbore in a reservoir field. The patent includes several key functionalities, such as receiving input data representative of a reservoir, establishing boundaries for focused modeling, employing unstructured and structured grids, and simulating pressure and flux values. The system ultimately displays simulation results that provide valuable insights into the characteristics of the reservoir field surrounding the wellbore.
Career Highlights: Throughout his career, Jonathan A. Holmes has demonstrated significant expertise in reservoir modeling. His patent represents a substantial contribution to the field, addressing key challenges faced by engineers and researchers when analyzing localized areas near wellbores. By leveraging advanced computer modeling techniques, Holmes aims to improve decision-making processes related to reservoir management and exploration.
Collaborations: In his professional journey, Holmes has collaborated with notable colleagues such as David A. Edwards and Anthony J. Fitzpatrick. These partnerships reflect a commitment to innovation and the importance of teamwork in the development of cutting-edge technologies.
Conclusion: Jonathan A. Holmes is a leading inventor in the realm of near wellbore modeling. His patent serves as a testament to his dedication to advancing reservoir engineering and highlights the impact of his work on the industry. With continuous collaboration and innovation, Holmes is poised to contribute further to the evolving landscape of reservoir modeling technologies.