David A Shefet

Title: Innovator Spotlight: David A. Shefet

Introduction

David A. Shefet is an accomplished inventor based in Harrisburg, Pennsylvania. He has made significant contributions to the field of combustion technology with his innovative patent that optimally controls burner operations. With a focus on efficiency and pollution reduction, David's work exemplifies the intersection of engineering and environmental responsibility.

Latest Patents

David A. Shefet holds a patent for an "Acoustical Burner Control System and Method." This innovative system is designed to control the flow of air and fuel into combustion burners across various firing rates. The technology includes separate valve assemblies for air and fuel modulation, a microphone that detects sound intensities generated by the flame, and a programmable microprocessor that regulates these valves based on empirical data entered into its memory. The design also features a wave guide that acoustically couples the microphone to the combustion flame, ensuring that the sensitive equipment is protected from heat and corrosion.

Career Highlights

David's career is marked by his role at Control Techtronics, Inc., where he has developed advanced combustion control systems. His dedication to enhancing burner efficiency and reducing emissions reflects a commitment to improving industrial processes.

Collaborations

Throughout his career, David has collaborated with notable individuals in his field, including coworkers John S. West and John M. Carlyle. These collaborations have contributed to the ongoing development and refinement of combustion control technologies.

Conclusion

David A. Shefet's innovative contributions to burner control systems highlight the importance of efficient combustion technologies in today's environmental landscape. His patent serves as a testament to the potential of acoustically operated systems to optimize industrial processes while minimizing pollution. As he continues to advance his work at Control Techtronics, Inc., David remains a driving force in the field of engineering and innovation.