Company Filing History:
Years Active: 2015
Title: Innovations of Chien-Chia Liu in Hydrogen-Rich Gas Combustion
Introduction
Chien-Chia Liu is a notable inventor based in Taoyuan County, Taiwan. He has made significant contributions to the field of combustion technology, particularly in the development of devices that utilize hydrogen-rich gas. His innovative approach aims to enhance combustion efficiency while ensuring safety and stability.
Latest Patents
Chien-Chia Liu holds a patent for a "Hydrogen-rich gas combustion device." This device is designed to improve the combustion process of hydrogen-rich gas by ensuring that fuel and air are non-premixed before entering the combustion chamber. This design helps to avoid flushback, which can be a significant safety concern. The device incorporates a vortex generator and a fuel sprayer to effectively mix fuel and air, enhancing the burning effect. The resulting vortex flame stabilizes the aerodynamics of flow through vortex breakdown, while a flameholder downstream of the injector maintains stable combustion. Additionally, cooling air is introduced from a sheath to cool down high-temperature gas, which then drives a turbine to generate power. This invention effectively mixes fuel and air, prevents flushback, and protects the combustor from damage.
Career Highlights
Chien-Chia Liu is affiliated with the Institute of Nuclear Energy Research, which operates under the Atomic Energy Council of the Executive Yuan in Taiwan. His work at this institution has allowed him to focus on innovative solutions in energy and combustion technologies.
Collaborations
Chien-Chia Liu has collaborated with notable colleagues, including Yau-Pin Chyou and Shenqyang Shy. Their combined expertise contributes to advancements in the field of combustion and energy research.
Conclusion
Chien-Chia Liu's contributions to hydrogen-rich gas combustion technology demonstrate his commitment to innovation and safety in energy production. His patent reflects a significant advancement in combustion efficiency and stability, showcasing the potential for future developments in this area.