区块链驱动下低值可回收物资源化环境效益分析

Environmental Benefit Analysis of Recycling Low Value Recyclables Driven by Blockchain

通过实地调研、现场访谈以及文献查阅等方法对我国低值可回收物资源化现状进行调查分析,确定低值可回收物资源化循环系统作业流程,基于系统动力学构建区块链驱动下低值可回收物资源化环境效益分析模型,包括土地损失、能源消耗以及资源节约三大模块,利用Vensim仿真平台模拟广州市低值可回收物资源化环境效益累计过程,分析其环境效益对区块链信息平台建设投资金额以及垃圾分类宣传教育补贴标准的敏感程度,为政府制定低值可回收物回收处理办法和奖惩制度提供理论支撑。

Through on-site investigation, on-site interviews, literature review and other methods to investigate and analyze the current status of low value recyclables in my country, determine the operation process of the recycling system for low value recyclables. Construct the analysis model of the environmental benefits for low value recyclables based on system dynamics, including three modules of land loss, energy consumption and resource conservation. Simulate the cumulative process of the environmental benefits of low value recyclables in Guangzhou with the Vensim simulation platform, and analyze the sensitivity of its environmental benefits to investment amount of blockchain information platform construction and garbage classification publicity and education subsidy standards. Provide theoretical support for the government to formulate low value recyclables recycling methods, rewards and punishments.