AI-COORDINATED SELF-SUSTAINING FLOATING PLATFORM FOR COMPLETE ECOLOGICAL CONVERSION OF SUBMARINE PETROLEUM WASTE

This paper presents an integrated system comprising marine platform engineering, thermal processing technologies, and AI-based automation for ecological conversion of submarine petroleum waste into exportable electrical energy. The system combines a floating platform adapted from offshore wind technology, established thermal processing methods, and AI coordination to achieve autonomous operation. The platform engineering utilizes proven offshore wind stabilization principles for optimal performance in shallow water conditions (50-200m depth). The thermal processing integrates CO₂-protected pyrolysis with oxygen-enhanced gasification, while thermoelectric conversion systems capture energy across all temperature ranges. The AI coordination system manages real-time process optimization and autonomous operation. Building upon established research in petroleum waste treatment, this integrated approach addresses the complete technological chain from platform stability to energy export. Initial calculations indicate high thermal utilization efficiency with energy self-sufficiency plus surplus energy available for export. The platform maintains stable operation in marine conditions including waves up to 15m height and winds up to 30 m/s, demonstrating 95% operational uptime during severe weather events.