Company Filing History:
2 out of 47 
2 out of 511 
2 out of 8,684 
Years Active: 1976-1994
Title: **The Innovative Mind of David H Rosenblatt**
Introduction
David H Rosenblatt is a prominent inventor based in Baltimore, MD. With a remarkable portfolio of 8 patents, Rosenblatt has made significant contributions to the field of chemical manufacturing, particularly in the generation and disposal of chlorine dioxide. His innovative approaches demonstrate a commitment to developing efficient and safe industrial processes.
Latest Patents
Rosenblatt's most recent patent focuses on a method and apparatus for chlorine dioxide manufacture. This invention details a process where a solid sodium chlorite composition containing impurities, such as sodium hydroxide, is treated with an agent that effectively consumes the sodium hydroxide. Subsequently, chlorine dioxide gas is generated by contacting the modified composition with chlorine in a humidified inert carrier gas. The patent further elaborates on treatment processes to remove chlorine gas from the resultant mixture and efficiently manage the chlorine dioxide in spent effluent gases using a sodium thiosulfate solution.
Career Highlights
Rosenblatt's career features noteworthy tenures at respected companies, including Iolab Corporation and Johnson & Johnson GmbH. His work in these organizations allowed him to leverage his innovative ideas into practical applications that have impacted various industries.
Collaborations
Throughout his career, David has collaborated with several skilled individuals, including Joseph E Knapp and Aaron Rosenblatt. These partnerships have enhanced his work, contributing to the refinement of his inventions and methods.
Conclusion
David H Rosenblatt exemplifies the spirit of innovation through his enduring contributions to chemical manufacturing. His patents not only showcase his technical expertise but also reflect his dedication to improving industrial processes. As an inventor, Rosenblatt continues to influence the field, paving the way for future advancements in chlorine dioxide production and beyond.