Microbial Electrochemical Cell (MECC) for Recycling
Patented Solution
MECC offers a unique approach to recycling and recovering materials from waste, including batteries, addressing environmental concerns associated with traditional recycling methods. This innovation aligns perfectly with the goals of Renewable Energy initiatives, emphasizing sustainability and resource efficiency.
Novelty & Feasibility
Clean, green, and environmentally friendly, MECC boasts a high recovery efficiency of over 96%, making it a frontrunner in circular economy initiatives. It contributes significantly to carbon footprint reduction by repurposing waste materials efficiently.
Technology Demonstration
MECC for Recycling
Microbial Electrochemical Cell for degradation of waste into useful products
Problem/Need
Traditional recycling methods lead to environmental pollution and hazardous by-products. MECC offers a sustainable solution, crucial for carbon dioxide removal efforts.
Proposed Solution
MECC converts end-of-life batteries into value-added products, contributing to a circular economy. This directly supports carbon capture utilization and storage initiatives.
Novelty & Feasibility
MECC is eco-friendly, leveraging good bacteria to recycle materials efficiently, with zero waste generation and no environmental hazards. It aligns with the goals of greenhouse gas reduction and eliminating carbon dioxide emissions.
Value Proposition of MECC
Microbial Electrochemical Cell for degradation of waste into useful products
Complete Recovery
MECC ensures the complete recovery of minerals, metals, and other components from spent batteries, supporting the mission of reducing carbon emissions.
Solution
Low-cost, easy to handle, and no air, water, or land pollution. MECC contributes significantly to lowering CO2 levels through efficient recycling.
Products
High recovery efficiency (>96%) for metals, plastics converted into methane and hydrogen, aiding in reducing greenhouse gas emissions.
Safety
Highly safe with no hazardous materials generated in the process, promoting a safer environment and reduction in CO2 emissions.