Company Filing History:
Years Active: 1998
Title: Inventor Profile: Louis L Taylor
Introduction
Louis L Taylor is an accomplished inventor based in West Friendship, MD, recognized for his innovative contributions to the field of agriculture. With a focus on enhancing the quality of fertilizers, he holds a significant patent that reflects his dedication to improving agricultural practices.
Latest Patents
Taylor’s noteworthy patent is for a "Method of producing dry granular fertilizer and soil amendments." This patent describes an enhanced continuous process for generating high-quality granular products. The method involves preparing a slurry of clay in water with a dispersant through intensive mixing. Subsequently, dry components are blended intimately with this slurry in a mixer. The resultant mixture is then fed into a granulator to produce granules that meet specific size requirements. To ensure granule quality, the granules are dried in a dryer and screened to eliminate any that do not conform to the desired dimensions. Any undesired granules are recycled, maximizing efficiency in production.
Career Highlights
Taylor is associated with the A.J. Sackett and Sons Company, where he applies his expertise in developing innovative agricultural solutions. His work in this company has played a vital role in advancing the production of fertilizers.
Collaborations
Throughout his career, Louis L Taylor has collaborated with several colleagues, including Robert D. Humphries and Delbert R. Dreese. These partnerships have fostered an environment of creativity and shared knowledge, resulting in significant improvements in fertilizer technology.
Conclusion
Louis L Taylor’s contributions to agricultural innovation are marked by his patent for a method of producing granular fertilizers and soil amendments. His work not only enhances the quality of agricultural products but also reflects a commitment to sustainability and efficiency in agricultural practices. As he continues to work with A.J. Sackett and Sons Company, his innovations will likely inspire further advancements in the field.