Renewable Energy Generation from Organic Waste ID: 2020-017
An innovative technology that transforms hydrolysable, polymeric organic wastes into electrical power using enzymatic and chemical processes.
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Technology Overview
This invention leverages a two-step process to convert complex carbohydrates found in waste materials into electricity. Initially, enzymatic hydrolysis breaks down polysaccharides and other organic polymers into monosaccharides. Subsequently, these monomers are utilized in fuel cells to generate electricity. The technology employs bacteria and viologen-modified electrodes for efficient carbohydrate oxidation, pivotal for the operation of alkaline carbohydrate fuel cells (ACFCs).
Key Advantages
- Utilizes renewable carbohydrate-rich biomass, reducing reliance on fossil fuels
- Enhances carbohydrate oxidation efficiency through molecular self-assembly of electrodes
- Addresses enzyme instability and cost issues, potentially using genetically modified enzymes
- Converts waste into green energy, offering economic and environmental benefits
Problems Addressed
- Waste management challenges by converting organic waste into a valuable resource
- Reliance on non-renewable energy sources
- Environmental pollution associated with traditional waste disposal methods
- Operational inefficiencies in carbohydrate fuel cells
Additional Information
Technology ID: 2020-017
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025
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