Steve Bitterly

Steve Bitterly operates Pure Spun Innovations, a small business registered in SAM.gov as a sole proprietorship focused on innovative water purification technologies. The company specializes in developing advanced water treatment solutions, particularly targeting the removal of per- and polyfluoroalkyl substances (PFAS) from water resources using novel phase-change distillation technologies. Based in Simi Valley, California, Pure Spun Innovations appears to be a technology development firm that works extensively in environmental engineering, with a particular emphasis on water decontamination and purification systems.

For federal contract awards, Pure Spun Innovations has received a Small Business Innovation Research (SBIR) Phase I contract from the Air Force Research Laboratory. The contract, valued at $49,994, was awarded on November 5, 2021, and focused on developing an energy-efficient, portable PFAS decontamination system for drinking water. The contract was set aside for small businesses and was structured as a purchase order, with an ultimate completion date of February 5, 2022. The work demonstrates the company's capabilities in developing advanced technological solutions for defense and environmental challenges, specifically targeting water purification technologies that can be deployed in field or portable settings.

In the federal grant space, Pure Spun Innovations has secured two significant awards from civilian agencies. The National Oceanic and Atmospheric Administration (NOAA) awarded a $349,538 SBIR grant to develop an innovative water purification technology using NASA-validated vapor compression distillation. Similarly, the National Institute of Environmental Health Sciences granted funding for a project aimed at developing a novel phase-change water/fluid purification technology to remove PFAS contaminants. Both grants focus on creating scalable, efficient water treatment solutions that can address emerging environmental challenges. The grants support research into advanced water purification methods, with specific goals of removing persistent chemical contaminants, reducing environmental impact, and creating commercially viable water treatment technologies that can be applied from portable to industrial scales.