Matthew L Jorgensen

Title: Innovations by Matthew L. Jorgensen in Nitrotetrazolate Production

Introduction

Matthew L. Jorgensen, an innovative inventor based in Centerbrook, Connecticut, has made significant strides in the field of nitrotetrazolate chemistry. With two patents to his name, Jorgensen has contributed to important advancements that optimize the production processes of this valuable compound. Currently, he is associated with the U.S. Government, as represented by the Secretary of the Army.

Latest Patents

Matthew Jorgensen's latest patents focus on improving the production of nitrotetrazolate compounds. The first patent, titled "Continuous Manufacture of DBX-1," outlines a process for the continuous production of copper (I) nitrotetrazolate, also known as DBX-1. This inventive method involves the reaction of aqueous copper salts with aqueous 5-nitrotetrazolate salts in the presence of a reducing agent. Notably, all reactants are introduced into a continuous flow reactor system, promoting efficiency through a temperature-controlled tubular reactor and a mixer that enables radial mixing. Additionally, an optional stirred tank reactor feature allows for complete reactions and crystal growth.

His second patent, "Method for Preparing Sodium Nitrotetrazolate Using Cation Exchange Resin," describes a process for preparing 5-nitrotetrazolate using a strongly acidic ionic cation exchange resin. This approach demonstrates improved yields over previously established methods. The disclosed methods are adaptable for both batch processes and continuous flow reactors. In one of the exemplary procedures, sodium 5-aminotetrazolate is added into a reaction vessel containing the cation exchange resin to facilitate the efficient production of 5-nitrotetrazolate. The design allows for multiple reactors connected in series, enhancing the yields and purity of the product.

Career Highlights

Throughout his career, Jorgensen has established himself as a key figure in the research and development of chemical processes, particularly within the context of military applications through his work at the U.S. Government. His innovative techniques contribute significantly to the advancement of nitrotetrazolate production, showcasing both practicality and efficiency in the field.

Collaborations

Matthew works closely with talented colleagues Neha Mehta and Jon G. Bragg, both of whom contribute their expertise to further enhance the projects undertaken at the U.S. Government. Together, their collaborative efforts push the boundaries of current technology and innovation in the field.

Conclusion

Matthew L. Jorgensen stands out as a prominent inventor whose contributions to the continuous manufacture of nitrotetrazolate compounds reflect a commitment to advancing technology. Through his inventive methods and collaborative spirit, he paves the way for innovative solutions that address challenges in production processes and enhance the efficiency of materials essential to various applications.