Company Filing History:
Years Active: 2017-2025
Title: Mark Papadopoulos: Innovating Fluid Sterilization
Introduction
Mark Papadopoulos, an accomplished inventor based in Seal Beach, California, has made significant contributions to the field of fluid sterilization. With a portfolio of four patents, he is recognized for his innovative approaches in enhancing the safety and efficacy of water treatment systems, particularly for vessels.
Latest Patents
Among Mark's latest innovations is a groundbreaking system for fluid sterilization designed specifically for water vessels. This system enables the sterilization of ballast water by utilizing a heating section that heats pressurized fluid to achieve desired sterilization levels. The technology features a heat exchanger that preheats the fluid before it enters the heating section and also cools the outflow from the heating apparatus. This system operates efficiently by controlling the flow of fluid through strategically placed valves, ensuring that the temperature and pressure are maintained within optimal ranges without the necessity for a fixed temperature or pressure at any point in the system.
Career Highlights
Mark's dedication to innovation and practical solutions in fluid sterilization has led him to develop technologies that address pressing environmental concerns. His inventive work is not only beneficial for water vessels but also contributes to broader ecological efforts in managing ballast water discharges.
Collaborations
Throughout his career, Mark has collaborated with notable coworkers, including Michael Papadopoulos and Christian Papadopoulos. This dynamic teamwork has fostered an environment of creativity and development, allowing them to tackle complex challenges in water sterilization technologies.
Conclusion
Mark Papadopoulos exemplifies the role of an innovative inventor, leveraging his expertise to create impactful solutions in fluid sterilization. With his continued work and ongoing collaborations, he remains at the forefront of advancements that protect aquatic ecosystems and enhance the efficiency of water treatment systems.