A career rooted in the practical realities of high-temperature industrial systems, this refractory quality control expert has spent more than 50 years working with refractory-lined equipment across petrochemical, power generation, cement, and other heavy industrial environments. His work centers on how refractory lining systems are designed, installed, tested, inspected, and ultimately perform in service, with particular emphasis on boilers, pressure vessels, and other heat-intensive process equipment. Over time, his focus has evolved into ensuring that refractory systems function reliably in real-world operating conditions, not just on paper.

Since the late 1970s, he has led an independent consulting, inspection, and testing practice dedicated to refractory quality control, supporting thousands of field and laboratory assignments involving inspection, material testing, system design, and failure analysis. His responsibilities have included evaluating installations during construction, assessing in-service linings, conducting laboratory testing of refractory materials, and identifying causes of premature failure, as well as advising on corrective measures to improve durability, reduce maintenance costs, and avoid unplanned shutdowns.

He holds a Bachelor of Science in Civil Engineering from the University of Houston and has participated in refractory standards-related work through an API subcommittee. Earlier experience in construction and installation provided a hands-on foundation, including direct involvement in estimating, engineering, field installation, and sales for refractory lining systems. In addition to consulting, he has contributed to industry knowledge through refractory training seminars and technical guidance. While he has participated in expert witness matters, his litigation involvement has been selective, with the majority of his work focused on inspection, testing, design, and performance evaluation of refractory systems.