Emerging technology offers an exciting new waste-to-resource strategy
Michigan State University (MSU) is leading efforts to convert organic waste into clean energy and valuable resources through anaerobic digestion, addressing environmental challenges in the Great Lakes region. On May 15, MSU experts testified before Michigan lawmakers, highlighting the benefits of transforming agricultural and food waste into biogas and nutrient-rich digestate. MSU’s full-scale anaerobic digestion facility processes 15,000 gallons of waste daily, generating 6,500 kWh of renewable electricity and producing fertilizer applied using precision nutrient management. With over 15 years of safe land application and no groundwater contamination, MSU’s approach demonstrates environmental safety. Researchers are also addressing emerging contaminants like PFAS and microplastics. A new $30 million Dairy Cattle Teaching and Research Center will expand MSU’s capacity to lead in waste-to-resource innovation. The technology has potential to support Michigan’s energy independence, reduce fertilizer use, improve water quality, and strengthen rural economies, positioning MSU as a global leader in sustainable waste management. Learn more about this plan.
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