Company Filing History:
Years Active: 2000
Title: The Innovative Mind of John William Burgher
Introduction: John William Burgher, an accomplished inventor based in Kingston, Canada, has made significant strides in the field of materials engineering. With a focus on enhancing the durability and longevity of steel reinforced concrete structures, Burgher's innovative contributions have paved the way for advancements in cathodic protection technologies.
Latest Patents: Burgher holds a patent for a "Ladder Anode for Cathodic Protection." This invention introduces a flexible, nonstretchable, titanium ladder anode designed specifically for protecting steel reinforced concrete from corrosion. The ladder anode comprises multiple titanium strips, including electric current-carrying strips, and can be utilized in a cathodic protection system with a remarkable anode current density of up to approximately 20 milliamps per square foot. Moreover, the inclusion of an electrocatalytically active metal coating on the ladder anodes allows for effective operation at higher current densities, ensuring safety and structural integrity through reduced corrosion.
Career Highlights: Burgher has forged a noteworthy career in the industry, presently working with Huron Tech Canada, Inc. His expertise and dedication to developing effective anti-corrosion solutions have made him a prominent figure in his field, with a track record of innovation and successful implementation of his technologies.
Collaborations: Throughout his career, Burgher has worked alongside esteemed colleagues, including Dennis F. Dong and Richard E. Loftfield. These collaborations have enriched his experience and fostered a dynamic environment for innovation and progress within Huron Tech Canada, Inc.
Conclusion: John William Burgher’s impactful contributions to cathodic protection demonstrate the remarkable potential of ingenuity in addressing engineering challenges. As he continues to work diligently at Huron Tech Canada, Inc., his dedication to innovation will undoubtedly lead to further advancements in the protection of essential infrastructure. The significance of his work exemplifies how individual inventors can drive substantial improvements in safety and longevity in construction materials.