Exploring the Integration Research of Carbon Trading and RWA Technology

Abstract

At a critical juncture where global carbon neutrality goals continue to advance and carbon trading markets pursue high-quality development, traditional carbon trading systems face growing challenges including information opacity, insufficient asset liquidity, low transaction efficiency, cross-border circulation barriers, and dual billing risks. Real World Assets (RWA), leveraging blockchain's decentralized, traceable, immutable, programmable, and divisible technical characteristics, offers a novel approach to addressing carbon market dilemmas and unlocking carbon asset value. This study examines the current state of carbon trading markets and the core mechanisms of RWA technology, systematically analyzing the intrinsic logic, core value, and operational models of their integration. It explores practical applications of carbon trading-RWA convergence in carbon asset ownership confirmation, transaction circulation, regulatory accounting, and risk management scenarios. The research thoroughly assesses real-world challenges including legal compliance, technological security, market regulation, standardization, and talent shortages during integration. Targeted optimization strategies are proposed, encompassing institutional system improvements, technological breakthroughs, unified industry standards, enhanced regulatory frameworks, and professional talent cultivation. These efforts aim to deepen the synergy between carbon trading and RWA technology, enhance market efficiency and liquidity, support carbon peak and neutrality objectives, while providing theoretical foundations and practical references for green finance and digital technology integration.