Mark Denis Everly

Title: **Mark Denis Everly: A Pioneer in Heating Technology**

Introduction

Mark Denis Everly, based in St. Charles, MO, is an accomplished inventor with a remarkable portfolio of 35 patents. His innovative contributions primarily focus on heating systems used in internal combustion engines, showcasing his expertise in the field of thermal management.

Latest Patents

Mark's latest inventions include the "High Power Density Insulated Exhaust Heating System," which is designed to enhance the efficiency of exhaust gas heating in internal combustion engines. This system encompasses a housing that allows exhaust gas to flow through an interior hollow space, where a strategically positioned heating element operates to regulate temperature effectively.

Another notable patent of his is the "Heater Bundles for Thermal Gradient Compensation," which involves a complex design of heater assemblies. These assemblies incorporate independently controlled heating zones that adapt to non-uniform temperature distributions. The innovative power supply device included in this patent further modulates power output based on real-time temperature feedback, thereby optimizing thermal performance throughout the heater assemblies.

Career Highlights

Mark currently works at Watlow Electric Manufacturing Company, a leader in thermal and control solutions. His role has allowed him to make significant advances in heating technologies that provide effective and efficient solutions for various applications.

Collaborations

Throughout his career, Mark has collaborated with talented professionals such as Jeremy Ohse and David P Culbertson. These partnerships have fostered innovative strategies and successful projects, contributing to the overall improvement and advancement of heating technology in modern applications.

Conclusion

In conclusion, Mark Denis Everly’s extensive experience and numerous patents solidify his position as a leading innovator in the field of heating systems. His contributions have not only propelled his career but also significantly impacted the industry, paving the way for future developments in exhaust heating technologies.