Kelvin Dean Knorr

Title: Innovations of Kelvin Dean Knorr in Oil Recovery Techniques

Introduction

Kelvin Dean Knorr is a notable inventor based in Regina, Canada, contributing to the field of enhanced oil recovery through innovative methods. With two patents to his name, Knorr has developed advanced techniques that address challenges in post-cold heavy oil production, particularly in oil-bearing formations.

Latest Patents

Knorr's foremost patents focus on the use of alkali metal silicides to enhance oil recovery. His patent titled "Use of alkali metal silicides in post-chops oilfield recovery operations" describes methods for stimulating oil flow in post-chops oil-bearing formations. The process involves flushing wellbores to remove water, injecting alkali metal silicides into worm holes, and then reacting the silicides to promote oil recovery.

Additionally, his patent on "Alkali metal silicides for high temperature wettability improvement in carbonate reservoirs" outlines a process to alter the wettability characteristics of carbonate formations. This method includes injecting a silicide dispersion that reacts with water to generate hydrogen and heat, thereby enhancing oil production by reducing the viscosity of hydrocarbons and rematerializing formation surfaces.

Career Highlights

Kelvin Dean Knorr has worked with Signa Chemistry, Inc. and the Saskatchewan Research Council, where he developed his innovative methodologies. His work emphasizes a commitment to enhancing oil recovery techniques and addressing industry challenges through scientific advancements.

Collaborations

Throughout his career, Knorr has collaborated with esteemed professionals, including Paul H. Krumrine and Michael Lefenfeld. These partnerships have likely contributed to the development and refinement of his patented technologies, showcasing the importance of teamwork in the innovation process.

Conclusion

In summary, Kelvin Dean Knorr's contributions to the oil recovery industry through his inventive patents demonstrate a significant impact on the field. His techniques utilizing alkali metal silicides hold promise for advancing oil recovery methods, making him a noteworthy inventor in the realm of petroleum engineering.