 This study presents a novel method for creating wood-based conductive polymer composites. The wood structure was modified using sodium sulfite, which allowed for the incorporation of sulfuric acid into the wood structure. This process resulted in the formation of polysulfonic acids, which were then used to polymerize pyrrole molecules within the wood structure. The resulting wood polypyrrole composite had a high conductivity of 186S and a specific capacitance of 1.71F-CM2. This article was authored by Gabriella G. Mastanchione, Van Chin Tran, Isaac Anquist, and others.