Jader Furtado

Title: **The Innovative Contributions of Jader Furtado**

Introduction

Jader Furtado, located in Andresy, France, is a notable inventor recognized for his work in the field of materials science. His innovative contributions focus on advancements in alloy production, particularly in reforming tube technology. With a keen understanding of microstructures, Furtado has secured his place in the patent landscape through his research and development efforts.

Latest Patents

Furtado holds a patent titled "Method for producing an alloy for a reforming tube." This invention is significant as it details a unique microstructure of an alloy designed for reformers. The patent is characterized by the formation of primary micrometric precipitates, which include MC-type carbides, where M represents elements such as Fe, Ni, or Cr, and M(C,N)-type carbides, where M can be Nb or Ti. Furthermore, the patent describes the development of secondary nanometric precipitates during tube activation, as well as the presence of NiSi7Nb-type intermetallic precipitates during usage, enhancing the durability and efficiency of reforming tubes.

Career Highlights

Furtado is currently employed at L'air Liquide Société Anonyme Pour L'étude Et L'exploitation Des Procédés Georges Claude, an esteemed company in the field of industrial gases and advanced materials. Throughout his career, he has engaged in extensive research that bridges theoretical concepts with practical applications in manufacturing processes. His innovative mindset has been instrumental in advancing technologies within the company.

Collaborations

In his pursuit of innovation, Jader Furtado has collaborated with talented professionals, including Anna Fraczkiewicz and Karolina Maminska. These partnerships have not only fostered a collaborative environment but have also led to successful development projects and breakthroughs in alloy production techniques.

Conclusion

Jader Furtado's contributions to the field of alloy production and reforming technologies exemplify how dedication and innovation can lead to significant advancements. His patented methods demonstrate a deep understanding of material properties and their applications, making him a valuable asset in the realm of scientific research and industrial production. As he continues to work alongside skilled colleagues, the potential for further innovations remains promising.