Program Reduksi Gas Rumah Kaca PT X Berbasis Skenario Penggunaan Bahan Bakar
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Institusion
Institut Teknologi Kalimantan
Author
Nainggolan, Kevin Sahat Hamonangan
Subject
LG Individual institutions (Asia. Africa)
Datestamp
2023-07-12 05:34:04
Abstract :
Global warming is a phenomenon of solar heat wave radiation trapping caused by high concentrations of greenhouse gases emitted by the earth, these gases are CO2, CH4, dan N2O. The energy industry is the largest contributor to emissions, around 43.83% of total emissions. The purpose of this study is to calculate greenhouse gas (GHG) emissions and analyze fuel consumption scenarios at PT X, which is soon to be the largest refinery in Indonesia. The emission calculation method used in this study is the tier 3 method base on the Minister of Environment Regulation number 12 year of 2012 to calculate secondary data obtained from PT X. This study will determine the scenario with the lowest GHG produced and the biggest cost reduction. Scenario 1 uses fuel oil and refinery gas, scenario 2 uses natural gas and refinery gas, and scenario 3 uses refinery gas. The results showed that the GHG emissions produced by PT X in actual were 1,780,005.62 tons CO2e/ year. Scenario 3 is the best scenario due to the use of fuel with the highest purity of hydrocarbons and the cheapest fuel price. Scenario 3 reduces GHG emissions by 248,248.67 tons of CO2e per year or 13.9% and reduces the fuel cost by Rp. 2,621,592,255,883 per year or 58.6% compared to actual condition.
Global warming is a phenomenon of solar heat wave radiation trapping caused by high concentrations of greenhouse gases emitted by the earth, these gases are CO2, CH4, dan N2O. The energy industry is the largest contributor to emissions, around 43.83% of total emissions. The purpose of this study is to calculate greenhouse gas (GHG) emissions and analyze fuel consumption scenarios at PT X, which is soon to be the largest refinery in Indonesia. The emission calculation method used in this study is the tier 3 method base on the Minister of Environment Regulation number 12 year of 2012 to calculate secondary data obtained from PT X. This study will determine the scenario with the lowest GHG produced and the biggest cost reduction. Scenario 1 uses fuel oil and refinery gas, scenario 2 uses natural gas and refinery gas, and scenario 3 uses refinery gas. The results showed that the GHG emissions produced by PT X in actual were 1,780,005.62 tons CO2e/ year. Scenario 3 is the best scenario due to the use of fuel with the highest purity of hydrocarbons and the cheapest fuel price. Scenario 3 reduces GHG emissions by 248,248.67 tons of CO2e per year or 13.9% and reduces the fuel cost by Rp. 2,621,592,255,883 per year or 58.6% compared to actual condition.
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13191033_cover.pdf
13191033_statement_of_authenticity.pdf
13191033_chapter_1.pdf
13191033_chapter_2.pdf
13191033_chapter_3.pdf
13191033_chapter_4.pdf
13191033_conclusions.pdf
13191033_bibliography.pdf
13191033_enclosure.pdf
13191033_paper.pdf
13191033_presentation.pdf
13191033_Form. TA-020.pdf
13191033_publishing_agreement.pdf
13191033_approval_sheet.pdf
13191033_preface.pdf
13191033_abstract_id.pdf
13191033_abstract_en.pdf
13191033_table_of_content.pdf
13191033_illustrations.pdf
13191033_tables.pdf
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