Company Filing History:
Years Active: 2016-2019
Title: The Innovations of Daniel Fertil
Introduction
Daniel Fertil, an accomplished inventor based in Watermael Boitsfort, Belgium, has made significant contributions to the field of fuel filtration. With a total of two patents to his name, Fertil's innovative designs address crucial challenges in fuel filtering technology and demonstrate his commitment to advancing the industry.
Latest Patents
Fertil’s most recent patents include a "Fuel Filter Assembly, Filter Element, and Method for Draining Water from a Fuel Filter Assembly" and a "Liquid Filter Construction for Freezing Environments." The first patent focuses on a cutting-edge fuel filter assembly that incorporates a filter element with a water collecting space designed to efficiently drain water from the fuel system. This assembly improves fuel delivery to combustion engines by allowing for reverse operation of the fuel pump, thus enhancing the filtration process.
The second patent introduces a novel liquid filter construction specifically designed for freezing environments. This filter solution utilizes a compressible element within the housing that responds to pressure changes due to freezing liquids, preventing damage to both the filter element and the surrounding equipment.
Career Highlights
Daniel Fertil is currently employed at Donaldson Company, Inc., a leading global manufacturer in filtration systems. His work there focuses on developing innovative filtration solutions that enhance performance and reliability in various applications.
Collaborations
Throughout his career, Fertil has collaborated with talented colleagues, including Karim Elayed and Tom Teck. Together, they contribute to advancing filtration technology and addressing complex engineering challenges.
Conclusion
Daniel Fertil's inventive spirit and dedication to innovation in fuel filtration are evident in his patents and professional collaborations. His contributions continue to influence the industry, making significant strides in enhancing fuel efficiency and environmental safety in adverse conditions.