Marco Valente

Title: The Innovative Contributions of Marco Valente

Introduction

Marco Valente, an inventive mind based in Puteaux, France, has made significant strides in the field of hydrocarbon recovery. With a focus on refining processes, Valente's contributions are a testament to the impact of innovative technologies in the oil and gas sector.

Latest Patents

Marco Valente holds a notable patent titled "Method for recovering a stream of C2+ hydrocarbons in a residual refinery gas and associated installation." This innovative method involves passing a residual stream into a flash drum to create both a gaseous overhead flow and a liquid bottom flow. The bottom flow is subsequently fed into a distillation column. Valente's invention includes cooling the overhead flow in a heat exchanger to produce a cooled overhead flow and extracting a gaseous overhead stream from the head of the distillation column. Moreover, the method entails forming at least one effluent stream from either the overhead stream or the top stream. A key element of this process is the separation of the cooled overhead flow, which is passed into an absorber where a methane-rich stream is injected to facilitate contact between the two streams.

Career Highlights

Valente's work is anchored at Technip Energies France, a prominent company in the energy sector dedicated to providing innovative solutions for the oil, gas, and chemicals industries. His patent and expertise contribute to enhancing the efficiency and sustainability of hydrocarbon recovery processes.

Collaborations

Throughout his career, Marco Valente has collaborated with talented colleagues, including Yvon Simon and Bruno Destour. Together, they work towards pioneering advancements in technologies that support refinery operations and improve resource recovery methods.

Conclusion

Marco Valente exemplifies the spirit of innovation within the energy sector. Through his patented methods and collaborations, he is contributing to the evolution of refining technologies, ultimately leading to more efficient and sustainable practices in hydrocarbon recovery. His work underpins the importance of continuous innovation in meeting the challenges of modern energy demands.