2. Shin - Chemica small.pdf

1、Nuclear Process Heat for Decarbonizing of Korean Chemical Process Industries?April 26,2024Dongil“Peter”ShinIntelligent Systems Engineering Lab.Dept.of Chemical EngineeringMyongji Universitydongilmju.ac.krWorkshop on Non-Electric and Hybrid Applications of Nuclear Energy,Bexco,BusanOutline Korean Che

2、mical Process Industries Energy consumption,CO2 emission Emissions Reduction Roadmap Chemical Plant Characteristics Driven by steam Ex:Toluene hydrodealkylation process Conclusions2Petrochemical Industry:5%share of global emissions3https:/ sales worldwide in 20224https:/ in 2023Petrochemical Energy

3、Consumption(2019)5https:/www.kpia.or.kr/petrochemical-industry/introduction-of-petrochemical-industry/characteristic(16M TOE)kTOEEnergy consumption by industrial sector(2021)6EG-TIPS https:/tips.energy.or.kr/statistics/statistics_view1115.doRefineryPetrochem.kTOEEmissions by industrial sector based

4、on national inventory(2020)7Petrochem.Refineryhttps:/tips.energy.or.kr/carbon/Ggas_industry.doGlobal:15%Korea:17-18%www.sisajournal- gas emissions in industrial sector(2021)8RefineryPetrochem.EG-TIPS https:/tips.energy.or.kr/statistics/statistics_view1115.doktCO2eqFour levers of the highest potentia

5、l for emissions reduction9https:/ neutral technology development roadmap for the oil refining industry(2022)Possibility in fuel change?10Transition to carbon-free fuelEnergy&process efficiency11https:/www.investkorea.org/ik-en/bbs/i-308/detail.do?ntt_sn=490765The Korean government set its national g

6、reenhouse emissions target(40%reduction compared to 2018)in 2030 and 2050 carbon neutrality,with the petrochemical sector aiming to cut 20.2%compared to 2018 levels by 2030.12J.Siirola,Purdue University(2021),https:/www.nationalacademies.org/documents/embed/link/LF2255DA3DD1C41C0A42D3BEF0989ACAECE30