Company Filing History:
Years Active: 2000
Title: Anthony Facchiano: Innovator in Low NOx Combustion Technologies
Introduction: Anthony Facchiano, based in San Carlos, CA, is a prominent inventor known for his contributions to improving combustion technologies, particularly in reducing nitrogen oxides (NOx) emissions. With three patents to his name, Facchiano has made significant strides toward more efficient and environmentally friendly combustion methods.
Latest Patents: Anthony Facchiano's most recent patents focus on innovative solutions for low NOx boilers. His first patent, “Method for reducing unburned carbon in low NOx boilers,” outlines a method that addresses the challenge of excessive unburned carbon emissions. This method involves adjusting the air-to-fuel ratio at different burners of the boiler to minimize unburned carbon while maintaining a balanced combustion process.
Facchiano’s second notable patent, “Apparatus and method for low-NOx gas combustion,” describes a combustor that incorporates an air injection mechanism to enhance gas combustion. This unique design features arc-shaped gas injector arrays that create fuel-rich flame segments separated by air-rich zones, effectively achieving low NOx combustion.
Career Highlights: Anthony Facchiano is affiliated with the Electric Power Research Institute. Throughout his career, he has focused on combustion technology, contributing to advancements that target the reduction of emissions and improvement of energy efficiency in gas combustion systems.
Collaborations: In his career at the Electric Power Research Institute, Facchiano has collaborated with several notable professionals, including Wate T Bakker and Anthony V Conti. These collaborations have allowed him to work on impactful projects that enhance combustion technology and energy efficiency.
Conclusion: Anthony Facchiano's work in the field of combustion technology is marked by his dedication to creating solutions that minimize environmental impact. Through his innovative patents, he is paving the way for more efficient and cleaner combustion processes, making significant contributions to the power industry.