Salvatore Mallardo

Title: Salvatore Mallardo: Innovator in Thermochemical Processes

Introduction

Salvatore Mallardo is a notable inventor based in Giugliano in Campania, Italy. He has made significant contributions to the field of waste management through his innovative approaches to recycling fiberglass reinforced plastics. His work focuses on developing processes that not only recover valuable materials but also promote environmental sustainability.

Latest Patents

Salvatore Mallardo holds a patent for a thermochemical process aimed at recovering fiberglass reinforced plastics waste matter. This invention involves a pyrolysis process conducted in a controlled carbon dioxide environment. The process allows for the recovery of both the organic and inorganic components of fiberglass-reinforced plastic waste, achieving an organic yield of over 95% by weight. The recovered organic products can be mixed with fresh unsaturated polyester resins, maintaining the quality of the final products. Additionally, the glass fibers are fully recovered and reused, replacing virgin glass fibers in manufacturing.

Career Highlights

Mallardo's career is marked by his dedication to innovation in waste recovery processes. His work at Korec S.r.l. has positioned him as a leader in the field, where he continues to develop and refine techniques that enhance the recycling of composite materials. His patent reflects a commitment to creating profitable solutions for waste disposal, particularly in reducing the environmental impact of fiberglass-reinforced plastics.

Collaborations

Salvatore Mallardo has collaborated with notable colleagues, including Martino Di Serio and Elio Santacesaria. These partnerships have contributed to the advancement of his research and the successful implementation of his patented processes.

Conclusion

Salvatore Mallardo's innovative work in thermochemical processes exemplifies the potential for recycling and waste management in the modern world. His contributions not only advance technology but also promote a more sustainable approach to material recovery.