Location History:
- Cockeysville, MD (US) (1976)
- Timonium, MD (US) (1983 - 1985)
Company Filing History:
Years Active: 1976-1985
Title: Innovations by Raymond D. Feldwick in Catalysis
Introduction
Raymond D. Feldwick is a prominent inventor based in Timonium, Maryland, known for his significant contributions to the field of catalysis. With a portfolio of three patents, Feldwick has demonstrated a keen ability to create innovative solutions that enhance industrial processes.
Latest Patents
Feldwick's latest patents focus on advanced methods for catalyst manufacture. One of his notable inventions involves the preparation of catalysts and catalyst supports through the formation and drying of an aqueous slurry consisting of various inorganic solids, such as zeolites, clay, silica, alumina, and aluminum chlorhydrol. This process enables the creation of particulate composites that are subsequently reacted with ammonia, resulting in cohesive binders that yield active, attrition-resistant catalysts.
Another noteworthy patent outlines a fluidized bed process for producing aromatic nitriles using a specialized vanadia catalyst. This catalyst is composed of highly attrition-resistant microspherical particles of vanadia supported by an inert material, made possible through a meticulous spray-drying technique.
Career Highlights
Currently, Feldwick is associated with W. R. Grace & Co., a leading global supplier of specialty chemicals and materials. His work there has been pivotal in advancing the company's capabilities in catalysis and related fields.
Collaborations
Feldwick has collaborated with esteemed colleagues Dean Alexander Denton and Richard J. Nozemack, combining their expertise to drive innovation and improve the efficiency of chemical processes. Together, they have contributed to the development of advanced catalysts that are critical in various industrial applications.
Conclusion
Raymond D. Feldwick's innovative approaches to catalyst manufacture have not only cemented his position as a key inventor in his field but have also enhanced the performance and efficiency of industrial catalytic processes. His contributions continue to have a lasting impact on both the scientific community and the chemical industry.