David A Lockman

Title: Innovations of David A. Lockman: A Pioneer in Polymerization Systems

Introduction: David A. Lockman is a prominent inventor based in Pawhuska, OK, known for his significant contributions to the field of polymerization systems. With a total of two patents to his name, Lockman's innovations have enhanced the efficiency and effectiveness of multiple component feed methods in the chemical industry.

Latest Patents: Lockman's recent patents focus on advanced methodologies in polymerization. One of his key innovations involves multiple component feed methods and systems, where various components are selected, conveyed, and measured within a polymerization system. A sophisticated control system dynamically adjusts the system variables to achieve desired outcomes. Notably, portions of the components can be directed to a pre-contactor prior to their introduction into the polymerization reactor. This allows for tight control over catalyst component concentrations and residence times in the pre-contactor, ultimately influencing the properties of the final product. His patented systems can utilize various combinations of Continuous Stirred Tank Reactors (CSTR) or plug flow pre-contactors to optimize the polymerization process.

Career Highlights: David A. Lockman is affiliated with Chevron Phillips Chemical Company LP, where he applies his extensive expertise in chemical engineering to drive innovation within the company. His work is pivotal in contributing to the development of more efficient chemical processes that are critical to the industry.

Collaborations: Throughout his career, Lockman has collaborated with esteemed colleagues such as David H. Burns and Donald W. Verser, contributing to a vibrant environment of innovation and shared expertise within Chevron Phillips Chemical Company LP. These collaborative efforts have undoubtedly enriched the patent landscape in the realm of polymerization technology.

Conclusion: David A. Lockman stands out as a noteworthy inventor whose contributions to multiple component feed methods and systems hold considerable promise for the future of polymerization processes. His innovative approaches not only advance the field but also reflect a commitment to improving the efficiency and quality of chemical production, underpinning his significant role in the industry.