Dr. Jhosané Pagés is conducting a project in Santiago, Chile, to produce green biohydrogen from pig manure and marine algae like Durvillaea Antarctica. This initiative aims to leverage organic waste for clean energy production and foster a circular bioeconomy. Despite Chile's significant efforts in water electrolysis for hydrogen production, biohydrogen generation from waste is gaining attention for its sustainability benefits. The project focuses on co-digestion of pig manure and cochayuyo to optimize biohydrogen yield. By incorporating biochar into the process, the team aims to enhance biological degradation, increase energy yield, and promote waste recovery. The project's four stages involve testing waste combinations, evaluating biochar's influence, conducting operational tests, and exploring biochar's potential as an adsorbent. Dr. Pagés emphasizes the project's goal of converting waste into clean energy and valuable societal by-products, highlighting the untapped potential in waste revaluation. The research not only aims to reduce pollution but also to maximize energy and environmental benefits, showcasing a holistic and sustainable approach to waste management and energy production.