绿色科技2024,Vol.26Issue(19) :223-229,236.

福建省"碳达峰"峰值预测及路径研究

Research on Prediction and Peaking Paths of Peak Carbon Dioxide Emissions in Fujian Province

王东方
绿色科技2024,Vol.26Issue(19) :223-229,236.

福建省"碳达峰"峰值预测及路径研究

Research on Prediction and Peaking Paths of Peak Carbon Dioxide Emissions in Fujian Province

王东方1
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作者信息

  • 1. 武夷学院商学院,福建武夷山 354300
  • 折叠

摘要

基于2000-2021年福建省能源数据,测算能源消费产生的二氧化碳排放量.运用LMDI法识别影响碳排放的关键要素,通过STIRPAT和LEAP模型模拟福建省碳排放在基准、低碳及强化低碳3种情景下达峰时间及峰值.结果显示:在基准或低碳情景下,福建省分别要到2045年或2040年才能实现"碳达峰",而在强化低碳情景下,能够在2030年实现"碳达峰";在此基础上,分别从强化顶层设计、厘清碳排放现状、优化用能结构、减排增汇协同、激活低碳市场等方面提出"碳达峰"路径,助力福建省生态文明先行示范区建设.

Abstract

Carbon dioxide emissions of energy consumption of Fujian Province are estimated based on the energy balance sheet of Fujian Province from 2000 to 2021.The LMDI factor decomposition method was used to identify the key factors affecting carbon emissions in Fujian Province.In this paper,STIRPAT model and LEAP model are constructed to simulate the peak time and peak value of carbon emissions in Fujian Province under baseline sce-nario,low-carbon scenario and enhanced low-carbon scenario.The results show that:under the baseline scenario and low-carbon scenario,Fujian Province can achieve the carbon peak in 2045 and 2040,respectively,while under the enhanced low-carbon scenario,Fujian Province can achieve the carbon peak in 2030.The paths of carbon peak in Fujian Province are proposed from the aspects of strengthening the top-level design,finding out the background of carbon emissions,optimizing the energy use structure,coordinating emission reduction and sink increase,and activating the low-carbon market,which assist the construction of Fujian ecological civilization pilot demonstra-tion zone.

关键词

"碳达峰"/STIRPAT/LEAP/福建省

Key words

peak carbon dioxide emissions/STIRPAT/LEAP/Fujian Province

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出版年

2024
绿色科技
花木盆景杂志社

绿色科技

影响因子:0.365
ISSN:1674-9944
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