Company Filing History:
Years Active: 2021-2024
Title: Innovations of Costantino Bruni in Ammonia Synthesis
Introduction
Costantino Bruni is a notable inventor based in Lugano, Switzerland. He has made significant contributions to the field of ammonia synthesis, holding 2 patents that showcase his innovative approaches to improving ammonia production processes.
Latest Patents
Bruni's latest patents include a "Process for the synthesis of ammonia" and a "Method for revamping an ammonia plant." The first patent outlines a process that utilizes a hydrocarbon feedstock to produce ammonia. This process involves reforming the hydrocarbon feedstock to generate a make-up gas, which is then converted into ammonia. Notably, the process is designed to operate within an ammonia synthesis plant that requires electric power for both operation and start-up. The innovation includes the internal production of a first electric power (P1) and the importation of a second electric power (P2), ensuring that P2 meets or exceeds the start-up power (Ps).
The second patent focuses on a method for revamping an ammonia plant that includes a steam system. This system comprises a high-pressure section and a medium-pressure section, with the revamping process introducing additional heat recovery through a steam flow at an intermediate pressure. Furthermore, it provides a steam export line to export a portion of the steam flow outside the ammonia plant.
Career Highlights
Costantino Bruni is associated with Casale SA, a company known for its expertise in ammonia technology. His work at Casale SA has allowed him to develop and refine processes that enhance the efficiency and sustainability of ammonia production.
Collaborations
Bruni has collaborated with notable colleagues such as Sergio Panza and Umberto Rossi. Their combined expertise contributes to the innovative advancements in ammonia synthesis technology.
Conclusion
Costantino Bruni's contributions to ammonia synthesis through his patents reflect his commitment to innovation in the field. His work not only enhances production efficiency but also addresses the energy requirements of ammonia plants.