Company Filing History:
Years Active: 2016
Title: **Brandon Michael Wood: Innovator in Hydrothermal Carbonization**
Introduction
Brandon Michael Wood, an accomplished inventor based in Saint Paul, Minnesota, is making significant strides in the realm of waste management through his innovative approaches. With a focus on hydrothermal carbonization, Wood's research aims to transform sewage wastes into valuable products, contributing to environmental sustainability and resource recovery.
Latest Patents
Wood holds a notable patent titled "Hydrothermal Carbonization of Sewage Wastes." This groundbreaking invention outlines methods for hydrothermally treating sewage wastes to derive beneficial products, such as fatty acids, carbon-neutral combustible hydrochar fuels, heavy metal salts, and phosphoric acid. Each of these outputs plays a crucial role in addressing various industrial and agricultural needs. For example, fatty acids from the process can be converted into soaps, cosmetics, and renewable transportation fuels. Moreover, the hydrochars generated can be used as a source of energy, while heavy metal salts can be recycled into essential metals for industrial applications.
Career Highlights
Wood is currently affiliated with the University of Minnesota, where he engages in pioneering research aimed at enhancing waste treatment technologies. His work is not only academically significant but also has practical implications for industries looking to utilize waste materials efficiently and sustainably.
Collaborations
At the University of Minnesota, Wood collaborates with esteemed colleagues such as Steven M. Heilmann and Frederick J. Schendel. Together, they contribute to advancements in innovative technologies that seek to resolve pressing environmental issues while creating valuable outputs.
Conclusion
Brandon Michael Wood stands out as a key innovator in the field of hydrothermal carbonization. His invention addresses crucial environmental challenges by converting sewage wastes into useful products. Through his collaboration with the University of Minnesota and his esteemed coworkers, Wood continues to push the boundaries of innovation, showcasing the potential for waste to be turned into resources that benefit society and the environment.