BLOCKCHAIN DRIVEN SUPPLY CHAIN TRANSPARENCY IN SAF PRODUCTION: ENHANCING TRACEABILITY AND REGULATORY COMPLIANCE
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Abstract
This study examines the integration of blockchain technology to improve transparency and regulatory compliance in the Sustainable Aviation Fuel (SAF) supply chain. Currently, SAF production experiences a 15% discrepancy in feedstock traceability, causing inefficiencies and regulatory issues. Blockchain’s decentralized ledger offers a secure, immutable record of transactions, decreasing fraud risks and enhancing traceability by up to 30%. Through case studies and data analysis, the research evaluates blockchain’s potential to reduce operational costs by 20%, while ensuring compliance and fostering trust among stakeholders. By tracking SAF from feedstock acquisition to final distribution, blockchain technology enhances adherence to environmental standards and boosts operational efficiency by 25%. The findings indicate that blockchain could significantly contribute to a more transparent and sustainable SAF production model.
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