We believe the materials we leave behind deserve a better next chapter. Our work begins with biology—and carries through to the realities of equipment, people and place.
A materials scientist and inventor with more than four decades of experience across polymer, ceramic and metallic compounding.
His work spans industrial materials, two decades of Department of Defense consulting, and proprietary anaerobic digestion systems. MicroSnap brings that problem-solving approach into the field.
Steve Bates
Steve leads operations, commercial partnerships and site rollout for ProGenesis Carbon Systems. His work connects the company’s technology with the people and processes needed to put it into practice, helping turn project discussions into a clear path for on-site execution.
Todd Doshier
Todd brings more than 35 years of experience organizing and capitalizing public and private companies, from early-stage ventures to buyouts and private equity investments. A founder of Protocol Bio, he combines financial leadership and company-building experience with a focus on bringing new technologies to market.
Carlton Morris
Carlton is an entrepreneur with more than 30 years of experience building ventures across the United States, Europe and Panama. He brings an international perspective to business development and partnerships, informed by the practical work of growing businesses across different markets.
Joseph Harker
Joseph advises on capital and industry relationships, supporting the connections that help new technologies move toward commercial opportunity. His focus brings together strategic conversations, prospective partners and the resources needed to support the company’s next stage of development.
SCIENCE & TECHNOLOGY
Brett brings a multidisciplinary background in microbiology, chemical engineering and medicine. His experience includes pharmaceutical work at Merck, biotechnology research and development at the Electric Power Research Institute, and medical service supporting the U.S. Army, Air Force and State Department. He connects a scientific foundation with a practical, systems-oriented perspective.
Start with the material
Build the program around the actual feedstock and its intended next use.
Make it practical
Design for the equipment, people and conditions already at the site.
Follow the evidence
Use observation, sampling and testing to guide the next step.
