The Key Factor of CO2 Emissions from the Thailand’s Power Sector

Isara Muangthai, Sue Jane Lin

Research output: Published contribution to conferencePaper

Abstract

The electricity generation sector plays an important role in the economic system, and it is the largest source of CO2 emissionsin Thailand. The key factor contributing to the evolution of CO2 emissions from Thailand’s thermal power generation during 2000-2014 was identified through the Divisia index decomposition.Changes in the emission coefficient, heat rate, fuel intensity, electricity intensity and economic growth were investigated. Results reveal that economic growth was the significant factor for increasing CO2 emissions, while the electricity intensity played a dominant role in decreasing CO2 emissions. Because the growth and development of the economy relies on a large electricity supply, the economic growth influenced the rising of CO2 emission 56,566 thousand tons for the 2000-2014 period. On the other hand, the electricity intensity and heat rate effects were responsible for the decrease of CO2 emission. To cope with the impact of CO2 emissions related to the power sector and to achieve sustainable development, this study suggests that Thailand’s government should implement a plan to reduce CO2 emissions by reconstruction the fuel mix in power generation towards low carbon content, substituting the advanced combustion and gasification technologies to the traditional power plants, improving the efficiency of electricity use by reducing electricity transmission and the distribution of line losses,and promoting a shift of economic structure towards less energy-intensive services.
Original languageEnglish
Pages1
Number of pages10
Publication statusPublished - 28 Mar 2016
EventAcademics World 28th International Conference on Engineering, Technology and Innovations - Tokyo, Japan
Duration: 28 Mar 201628 Mar 2016

Conference

ConferenceAcademics World 28th International Conference on Engineering, Technology and Innovations
Abbreviated titleIACETI
CountryJapan
CityTokyo
Period28/03/1628/03/16

Fingerprint

Electricity
Economics
Power generation
Gasification
Sustainable development
Power plants
Decomposition
Carbon
Hot Temperature

Cite this

Muangthai, I., & Lin, S. J. (2016). The Key Factor of CO2 Emissions from the Thailand’s Power Sector. 1. Paper presented at Academics World 28th International Conference on Engineering, Technology and Innovations, Tokyo, Japan.
Muangthai, Isara ; Lin, Sue Jane. / The Key Factor of CO2 Emissions from the Thailand’s Power Sector. Paper presented at Academics World 28th International Conference on Engineering, Technology and Innovations, Tokyo, Japan.10 p.
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abstract = "The electricity generation sector plays an important role in the economic system, and it is the largest source of CO2 emissionsin Thailand. The key factor contributing to the evolution of CO2 emissions from Thailand’s thermal power generation during 2000-2014 was identified through the Divisia index decomposition.Changes in the emission coefficient, heat rate, fuel intensity, electricity intensity and economic growth were investigated. Results reveal that economic growth was the significant factor for increasing CO2 emissions, while the electricity intensity played a dominant role in decreasing CO2 emissions. Because the growth and development of the economy relies on a large electricity supply, the economic growth influenced the rising of CO2 emission 56,566 thousand tons for the 2000-2014 period. On the other hand, the electricity intensity and heat rate effects were responsible for the decrease of CO2 emission. To cope with the impact of CO2 emissions related to the power sector and to achieve sustainable development, this study suggests that Thailand’s government should implement a plan to reduce CO2 emissions by reconstruction the fuel mix in power generation towards low carbon content, substituting the advanced combustion and gasification technologies to the traditional power plants, improving the efficiency of electricity use by reducing electricity transmission and the distribution of line losses,and promoting a shift of economic structure towards less energy-intensive services.",
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Muangthai, I & Lin, SJ 2016, 'The Key Factor of CO2 Emissions from the Thailand’s Power Sector' Paper presented at Academics World 28th International Conference on Engineering, Technology and Innovations, Tokyo, Japan, 28/03/16 - 28/03/16, pp. 1.

The Key Factor of CO2 Emissions from the Thailand’s Power Sector. / Muangthai, Isara; Lin, Sue Jane.

2016. 1 Paper presented at Academics World 28th International Conference on Engineering, Technology and Innovations, Tokyo, Japan.

Research output: Published contribution to conferencePaper

TY - CONF

T1 - The Key Factor of CO2 Emissions from the Thailand’s Power Sector

AU - Muangthai, Isara

AU - Lin, Sue Jane

PY - 2016/3/28

Y1 - 2016/3/28

N2 - The electricity generation sector plays an important role in the economic system, and it is the largest source of CO2 emissionsin Thailand. The key factor contributing to the evolution of CO2 emissions from Thailand’s thermal power generation during 2000-2014 was identified through the Divisia index decomposition.Changes in the emission coefficient, heat rate, fuel intensity, electricity intensity and economic growth were investigated. Results reveal that economic growth was the significant factor for increasing CO2 emissions, while the electricity intensity played a dominant role in decreasing CO2 emissions. Because the growth and development of the economy relies on a large electricity supply, the economic growth influenced the rising of CO2 emission 56,566 thousand tons for the 2000-2014 period. On the other hand, the electricity intensity and heat rate effects were responsible for the decrease of CO2 emission. To cope with the impact of CO2 emissions related to the power sector and to achieve sustainable development, this study suggests that Thailand’s government should implement a plan to reduce CO2 emissions by reconstruction the fuel mix in power generation towards low carbon content, substituting the advanced combustion and gasification technologies to the traditional power plants, improving the efficiency of electricity use by reducing electricity transmission and the distribution of line losses,and promoting a shift of economic structure towards less energy-intensive services.

AB - The electricity generation sector plays an important role in the economic system, and it is the largest source of CO2 emissionsin Thailand. The key factor contributing to the evolution of CO2 emissions from Thailand’s thermal power generation during 2000-2014 was identified through the Divisia index decomposition.Changes in the emission coefficient, heat rate, fuel intensity, electricity intensity and economic growth were investigated. Results reveal that economic growth was the significant factor for increasing CO2 emissions, while the electricity intensity played a dominant role in decreasing CO2 emissions. Because the growth and development of the economy relies on a large electricity supply, the economic growth influenced the rising of CO2 emission 56,566 thousand tons for the 2000-2014 period. On the other hand, the electricity intensity and heat rate effects were responsible for the decrease of CO2 emission. To cope with the impact of CO2 emissions related to the power sector and to achieve sustainable development, this study suggests that Thailand’s government should implement a plan to reduce CO2 emissions by reconstruction the fuel mix in power generation towards low carbon content, substituting the advanced combustion and gasification technologies to the traditional power plants, improving the efficiency of electricity use by reducing electricity transmission and the distribution of line losses,and promoting a shift of economic structure towards less energy-intensive services.

M3 - Paper

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Muangthai I, Lin SJ. The Key Factor of CO2 Emissions from the Thailand’s Power Sector. 2016. Paper presented at Academics World 28th International Conference on Engineering, Technology and Innovations, Tokyo, Japan.