Whole Process Carbon Footprint Traceability of Dalian City Based on STIRPAT Model

doi:10.11930/j.issn.1004-9649.202310008

Abstract

Abstract:

Taking Dalian city as the research object, this paper measures the carbon footprint of energy consumption in Dalian city from 2010 to 2020, calculates the value of carbon footprint and carbon footprint intensity as well as the ecological pressure intensity, and analyzes the carbon emissions of the key industries with the data of Dalian city in 2019. The research results show that: (1) Based on energy types, petroleum is the largest, coal is the second and natural gas is the smallest in produced carbon footprint from 2010-2020; based on key industries, the power industry is the largest and the petrochemical industry is the second in produced carbon footprint in 2019; the energy utilization efficiency of Dalian city was improving from 2010-2014, and the output value of unit land area increased quickly with the economic value created by carbon footprint surpassing the growth rate of GDP, indicating that economic growth at this stage is independent of fossil energy. (2) The carbon footprint produced by various energy consumption and its percentage in 1995-2006 period decreases from coal to oil to natural gas, and the carbon footprint percentage produced by coal consumption decreases year by year while the oil and natural gas show the opposite.

Key words: carbon footprint, carbon emissions, value of carbon footprint, carbon footprint intensity

Na ZHANG, Lin ZHAO, Wenying SHANG, Xing JI, Jia LI, Yuhui HUANG. Whole Process Carbon Footprint Traceability of Dalian City Based on STIRPAT Model[J]. Electric Power, 2024, 57(1): 133-139.

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URL: https://www.electricpower.com.cn/EN/10.11930/j.issn.1004-9649.202310008

https://www.electricpower.com.cn/EN/Y2024/V57/I1/133

Figures/Tables 7

References 25

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行业名称	CO₂排放量/Mt	主要排放源	下调10%该指标影响下降的CO₂ 排放量/Mt	敏感性分析
电力行业	49.93	煤炭	4.99117	0.099963
		柴油	0.00105	0.000021
		燃料油	0.00023	0.000005
建材行业	5.59	烟煤	0.30580	0.054705
		电力	0.22719	0.040642
		燃料油	0.01107	0.001980
钢铁行业	4.69	煤炭	0.06713	0.014313
		焦炭	0.05038	0.010742
		熔剂消耗	0.02457	0.005239
有色行业	0.03	焦炭	0.00171	0.057000
		天然气	0.00078	0.026000
		煤	0.00008	0.002667
石化行业	24.02	热力购买量	0.74640	0.031074
		烟煤消费量	0.70766	0.029461
		无烟煤消费量	0.52065	0.021676
化工行业	6.96	烟煤	0.45860	0.065891
		热力	0.31253	0.044904
		电力	0.14783	0.021240
造纸行业	0.22	净电	0.00966	0.043909
		洗煤消费量	0.00827	0.037591
		生产过程排放	0.00258	0.011727
民航行业	0.01	燃料油	0.00039	0.039000
		煤油	0.00031	0.031000
		净电	0.00030	0.030000

行业名称	CO₂排放量/Mt	主要排放源	下调10%该指标影响下降的CO₂ 排放量/Mt	敏感性分析
电力行业	49.93	煤炭	4.99117	0.099963
		柴油	0.00105	0.000021
		燃料油	0.00023	0.000005
建材行业	5.59	烟煤	0.30580	0.054705
		电力	0.22719	0.040642
		燃料油	0.01107	0.001980
钢铁行业	4.69	煤炭	0.06713	0.014313
		焦炭	0.05038	0.010742
		熔剂消耗	0.02457	0.005239
有色行业	0.03	焦炭	0.00171	0.057000
		天然气	0.00078	0.026000
		煤	0.00008	0.002667
石化行业	24.02	热力购买量	0.74640	0.031074
		烟煤消费量	0.70766	0.029461
		无烟煤消费量	0.52065	0.021676
化工行业	6.96	烟煤	0.45860	0.065891
		热力	0.31253	0.044904
		电力	0.14783	0.021240
造纸行业	0.22	净电	0.00966	0.043909
		洗煤消费量	0.00827	0.037591
		生产过程排放	0.00258	0.011727
民航行业	0.01	燃料油	0.00039	0.039000
		煤油	0.00031	0.031000
		净电	0.00030	0.030000

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