Company Filing History:
Years Active: 1992
Title: **Wayne G. Schuliger: Innovator in Oxidation Methods**
Introduction
Wayne G. Schuliger is an accomplished inventor based in Coraopolis, Pennsylvania, known for his innovative contributions to the field of oxidation methods. With a patent to his name, Schuliger has made significant strides in optimizing processes that involve complex industrial systems.
Latest Patents
Schuliger holds a patent for a "Cocurrent oxidation method in a multiple hearth furnace." This invention involves an efficient method of oxidizing feed materials utilizing a multiple hearth furnace. The process includes several steps: introducing feed materials on the uppermost hearth, using fuel and air mixtures to ignite the materials, and facilitating the downward movement of these materials through the furnace while drawing combustion products down to be exhausted from a lower hearth. This method enhances efficiency in industrial applications while improving safety and emissions control.
Career Highlights
Throughout his career, Schuliger has demonstrated a commitment to innovation and excellence. Working at Marquess and Nell, Inc., he has utilized his expertise to drive advances in oxidation processes. His unique approach combines practical engineering with inventive thinking, showcasing his qualifications as a leading inventor in his field.
Collaborations
Wayne G. Schuliger collaborates with notable coworkers, including David J. Nell and Gordon W. Czop. Their teamwork at Marquess and Nell, Inc. emphasizes a collective effort to develop and enhance industrial processes, allowing them to push the boundaries of technology in their area of expertise.
Conclusion
In summary, Wayne G. Schuliger stands out as an inventor whose work in oxidation methods has contributed positively to industry standards. His patented method not only showcases his innovative spirit but also highlights the importance of collaboration in the advancement of technology. With continued efforts in research and development, Schuliger and his colleagues are poised to drive further innovations in their field.