Mark Fornalik is a seasoned process improvement technologist and the Owner of Biofilm SME, LLC, where he leverages his extensive expertise in surface-sensitive analytical chemistry to tackle complex industrial surface contamination challenges. With a robust background in biofilm detection and remediation, Mark has transitioned into...
Mark Fornalik is a seasoned process improvement technologist and the Owner of Biofilm SME, LLC, where he leverages his extensive expertise in surface-sensitive analytical chemistry to tackle complex industrial surface contamination challenges. With a robust background in biofilm detection and remediation, Mark has transitioned into a consulting role, providing invaluable insights to companies like Bausch and Lomb. His work focuses on the implementation of advanced surface analysis measurements that detect and characterize contamination issues within pipes and tanks, ensuring that potential product or process quality problems are addressed proactively.
At Biofilm SME, LLC, Mark is dedicated to driving innovation in the field of surface analytical science. His key projects often involve technology transfer initiatives, where he collaborates with engineering teams to integrate cutting-edge analytical techniques into existing manufacturing processes. By employing UV/Vis spectroscopy and process simulation methodologies, he enhances the understanding of material interactions and contamination pathways, ultimately leading to more effective remediation strategies.
Mark's leadership skills and commitment to collaborative problem-solving have made him a sought-after expert in the industry. His ability to conduct thorough internal audits and engage in research and development (R&D) projects ensures that his clients not only resolve immediate contamination issues but also implement long-term solutions that enhance overall process efficiency. As he continues to expand his consulting practice, Mark remains focused on empowering organizations to achieve superior product quality through meticulous surface analysis and innovative engineering practices.
