Benjamin T. Chorpening, from Morgantown, WV, is an accomplished inventor credited with four patents that showcase his innovative contributions to combustion control technologies. His work primarily focuses on enhancing combustion efficiency and stability, essential in various energy systems, including gas turbine engines.

Latest Patents

Chorpening's latest patents revolve around advanced sensor technologies for combustion systems. One notable invention is the "Time Varying Voltage Combustion Control and Diagnostics Sensor." This sensor utilizes a time-varying voltage applied to electrodes in a fuel nozzle near the combustion zone. The induced time-varying current in the flame allows for precise measurements of flame capacitance, ultimately facilitating real-time adjustments to the fuel and air flow rates. This innovation effectively addresses issues related to flame instability, such as flashback, combustion dynamics, and lean blowout while reducing harmful emissions.

Another significant patent is the "Real-Time Combustion Control and Diagnostics Sensor-Pressure Oscillation Monitor." This apparatus monitors dynamic pressure oscillations within combustion systems by detecting hydrocarbons and electrons produced during combustion. By calibrating the relationship between the current in an electrode and the amplitudes of these oscillations, Chorpening's invention enhances combustion control through precise adjustments in fuel and oxidant supply, improving overall system performance.

Career Highlights

Throughout his career, Benjamin T. Chorpening has collaborated with esteemed institutions, most notably the United States Department of Energy. His extensive experience and innovations have significantly contributed to advancements in combustion technologies, making him a well-respected figure in the field.

Collaborations

In his professional journey, Chorpening has worked alongside notable colleagues such as Jimmy Dean Thornton and E. David Huckaby. Their collaborations reflect the collective effort towards enhancing combustion processes and precision monitoring in various energy systems.

Conclusion

Benjamin T. Chorpening's innovative work in combustion control illustrates the critical intersection of engineering and technology. His patents reflect a dedication to improving efficiency and reducing emissions in combustion systems, making a lasting impact in the field. As the demand for more efficient energy solutions continues to grow, Chorpening's contributions remain vital to the advancement of this essential sector.

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