Jarmo Reunanen

Title: The Innovative Contributions of Jarmo Reunanen

Introduction

Jarmo Reunanen, a distinguished inventor based in Oulu, Finland, has made significant strides in the field of biomass processing. With a focus on sustainable solutions, he has contributed to technological advancements through his innovative inventions. Reunanen has been granted two patents that underscore his expertise and commitment to research.

Latest Patents

Reunanen's latest patents include a groundbreaking process for the recovery of formic acid. This invention relates to a method for extracting concentrated, high-purity formic acid from biomass. The innovative process involves subjecting an aqueous mixture containing levulinic acid and, potentially, furfural to a liquid-liquid extraction, enabling the recovery of not only formic acid but also levulinic acid and furfural in a highly concentrated form.

In addition, he has developed a process for the preparation of formate salt. This method similarly involves treating an aqueous liquid mixture that contains levulinic acid and formic acid, followed by a liquid-liquid extraction process. The outcome not only recovers formate salt but also furfural and levulinic acid, advancing biomass utilization technologies.

Career Highlights

Reunanen is associated with Kemira Oyj, a reputable company known for its innovations in water-intensive industries. Throughout his career, he has demonstrated a commitment to developing processes that enhance the recovery and utilization of valuable chemicals derived from biomass.

Collaborations

Working alongside esteemed colleagues such as Pekka Oinas and Timo H. Nissinen, Reunanen has been part of a dynamic team that drives forward-thinking solutions. This collaborative effort is crucial in pushing the boundaries of biomass technology and ensuring that sustainable practices are adopted in various industries.

Conclusion

Jarmo Reunanen's contributions to the field of biomass processing are notable, particularly through his patented inventions aimed at improving the recovery of valuable compounds. His work not only highlights individual ingenuity but also reflects the collaborative spirit of innovation that drives advancements in sustainability. With his continued efforts, we can expect further innovations that will benefit both the industry and the environment.