Mike Perkins
About Mike Perkins
Mike Perkins serves as the Vice President of ICIS Consulting, where he has worked since 2012. He has a background in developing environmentally friendly plastic film technology and has contributed to significant business integrations and divestments in the chemical industry.
Work at ICIS
Mike Perkins has served as the Vice President of ICIS Consulting since 2012. In this role, he has been involved in various initiatives that support the consulting arm of ICIS, focusing on providing insights and strategies for clients in the chemical and energy sectors. His extensive experience in the industry contributes to the development of effective consulting solutions tailored to client needs.
Education and Expertise
Mike Perkins studied at Imperial College London, where he earned a Bachelor of Science (BSc) in Chemistry in 2013. His academic background provides a strong foundation for his work in the chemical industry. Prior to his role at ICIS, he served as a lecturer for a University of Wales Business degree program at Newbold College, sharing his knowledge and expertise with students.
Background
Mike Perkins attended Westcliff High School for Boys, where he laid the groundwork for his future academic and professional pursuits. His early education set the stage for his later studies in chemistry and business, leading to a career focused on the chemical industry and consulting.
Achievements
Mike Perkins played a significant role in the successful integration of a chemical distribution business into the IMCD network following its sale to Internatio-Muller. Additionally, he contributed to the divestment of BP's Specialty Chemicals business to Inspec, which subsequently became INEOS. His involvement in these projects highlights his expertise in business development and strategic transitions within the chemical sector.
Startup Experience
Before joining ICIS, Mike Perkins was instrumental in developing business and production technology for a startup focused on environmentally friendly plastic film based on Polyvinyl Alcohol. This experience reflects his commitment to innovation and sustainability within the chemical industry.