세계의 정유소 메인터넌스 시장 리뷰(2020년) : 아시아 및 북미는 연간 최고의 메인터넌스 용량을 목격

※ 본 상품은 영문 자료로 한글과 영문목차에 불일치하는 내용이 있을 경우 영문을 우선합니다. 정확한 검토를 위해 영문목차를 참고해주시기 바랍니다.

2020년에 아시아는 11,524mbd로 세계에서 가장 높은 메인터넌스중인 정제 용량(계획중 및 계획외 양측)을 유지하고 있었습니다. 계획적 메인터넌스에서의 최대 용량에 관하여 아시아가 다시 11,319mbd로 리드하며, 북미는 5,520mbd로 계획외 메인터넌스에서 최대의 용량을 유지하고 있었습니다. 국가별로는 미국, 한국, 중국이 2020년 메인터넌스중인 정제 용량(계획 및 계획외 양측)에서 세계의 상위 3개국이었습니다. 한국의 Ulsan, 아랍에미리트의 Ruwais, 한국의 Yeosu는 2020년에 메인터넌스중인 정제 능력(계획중 및 계획외 양측)에서 상위의 3개 정유소였습니다.

세계의 정유소 메인터넌스 시장에 대해 조사했으며, 세계의 메인터넌스중인 원유 증류, 코크스화, FCC, 수소화 분해, 수소화 처리 및 개질 장비 용량의 분석, 지역, PADD(미국) 및 오퍼레이터별 주요 정유소 유닛의 비교, 계획외 메인터넌스의 원인 비교 등을 정리하여 전해드립니다.

목차

제1장 세계의 정유소 메인터넌스 리뷰

• 주요 하이라이트
• 주요 정지 : 2019년과 2020년의 비교
• 메인터넌스 개요 : 지역별
• 계획외 메인터넌스의 원인 : 지역별

제2장 세계의 향후 계획적 메인터넌스

제3장 세계의 정유소 메인터넌스 : 지역별

• 세계의 메인터넌스중인 정유 용량 : 지역별
• 세계의 메인터넌스중인 코크스화 용량 : 지역별
• 세계의 메인터넌스중인 유동 접촉 분해(FCC) 용량 : 지역별
• 세계의 메인터넌스중인 수소화 분해 용량 : 지역별
• 세계의 메인터넌스중인 수소화 처리 용량 : 지역별
• 세계의 메인터넌스중인 개질 용량 : 지역별

제4장 미국의 정유소 메인터넌스 : 오퍼레이터별

• 미국에서 메인터넌스중인 정유 용량 : PADD별
• 미국에서 메인터넌스중인 코크스화 용량 : PADD별
• 미국에서 메인터넌스중인 유동 접촉 분해(FCC) 용량 : PADD별
• 미국에서 메인터넌스중인 수소화 분해 용량 : PADD별
• 미국에서 메인터넌스중인 수소화 처리 용량 : PADD별
• 미국에서 메인터넌스중인 개질 용량 : PADD별

제5장 세계의 정유소 메인터넌스 : 오퍼레이터별

• 세계의 메인터넌스중인 정유 용량 : 오퍼레이터별
• 세계의 메인터넌스중인 코크스화 용량 : 오퍼레이터별
• 세계의 메인터넌스중인 유동 접촉 분해(FCC) 용량 : 오퍼레이터별
• 세계의 메인터넌스중인 수소화 분해 용량 : 오퍼레이터별
• 세계의 메인터넌스중인 수소화 처리 용량 : 오퍼레이터별
• 세계의 메인터넌스중인 개질 용량 : 오퍼레이터별

제6장 부록

• 약어
• 정의
• 조사 방법

List of Tables

List of Tables

• Table 1: Global Refining Capacity Outlook under Planned Maintenance, 2021

List of Figures

List of Figures

• Figure 1: Factors Responsible for Unplanned Maintenance in North America*
• Figure 2: Factors Responsible for Unplanned Maintenance in South America*
• Figure 3: Factors Responsible for Unplanned Maintenance in Asia*
• Figure 4: Factors Responsible for Unplanned Maintenance in FSU*
• Figure 5: Global Refining Capacity Outlook under Planned Maintenance by Region (mbd), 2021
• Figure 6: Global Refining Capacity Outlook under Planned Maintenance by Operator (mbd), 2021
• Figure 7: Global Refining Capacity under Maintenance by Region, 2020 vis-a-vis 2019*#
• Figure 8: Global Refining Capacity under Planned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 9: Global Refining Capacity under Unplanned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 10: Global Coking Capacity under Maintenance by Region, 2020 vis-a-vis 2019*
• Figure 11: Global Coking Capacity under Planned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 12: Global Coking Capacity under Unplanned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 13: Global FCC Capacity under Maintenance by Region, 2020 vis-a-vis 2019*#
• Figure 14: Global FCC Capacity under Planned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 15: Global FCC Capacity under Unplanned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 16: Global Hydrocracker Capacity under Maintenance by Region, 2020 vis-a-vis 2019*#
• Figure 17: Global Hydrocracker Capacity under Planned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 18: Global Hydrocracker Capacity under Unplanned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 19: Global Hydrotreater Capacity under Maintenance by Region, 2020 vis-a-vis 2019*#
• Figure 20: Global Hydrotreater Capacity under Planned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 21: Global Hydrotreater Capacity under Unplanned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 22: Global Reformer Capacity under Maintenance by Region, 2020 vis-a-vis 2019*#
• Figure 23: Global Reformer Capacity under Planned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 24: Global Reformer Capacity under Unplanned Maintenance by Region, 2020 vis-a-vis 2019
• Figure 25: Refining Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019*#
• Figure 26: Refining Capacity under Planned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 27: Refining Capacity under Unplanned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 28: Coking Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019*
• Figure 29: Coking Capacity under Planned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 30: Coking Capacity under Unplanned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 31: FCC Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019*#
• Figure 32: FCC Capacity under Planned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 33: FCC Capacity under Unplanned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 34: Hydrocracker Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019*#
• Figure 35: Hydrocracker Capacity under Planned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 36: Hydrocracker Capacity under Unplanned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 37: Hydrotreater Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019*#
• Figure 38: Hydrotreater Capacity under Planned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 39: Hydrotreater Capacity under Unplanned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 40: Reformer Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019*#
• Figure 41: Reformer Capacity under Planned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 42: Reformer Capacity under Unplanned Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• Figure 43: Global Refining Capacity under Maintenance by Key Operators, 2020 vis-a-vis 2019*#
• Figure 44: Global Refining Capacity under Planned Maintenance by Operator, 2020 vis-a-vis 2019
• Figure 45: Global Refining Capacity under Planned Maintenance by Operator, 2020 vis-a-vis 2019
• Figure 46: Global Coking Capacity under Maintenance by Key Operators, 2020 vis-a-vis 2019*
• Figure 47: Global Coking Capacity under Planned Maintenance by Operator, 2020 vis-a-vis 2019
• Figure 48: Global Coking Capacity under Planned Maintenance by Operator, 2020 vis-a-vis 2019
• Figure 49: Global FCC Capacity under Maintenance by Key Operators, 2020 vis-a-vis 2019*#
• Figure 50: Global FCC Capacity under Planned Maintenance by Operator, 2020 vis-a-vis 2019

In 2020, Asia had the highest refining capacity under maintenance (both planned and unplanned) globally with 11,524 mbd. In terms of highest capacity under planned maintenance, Asia led among the regions again with 11,319 mbd, while North America had the highest capacity under unplanned maintenance with 5,520 mbd. Among countries, the US, South Korea, and China were the top three countries globally in terms of refining capacity under maintenance (both planned and unplanned) for 2020. Ulsan refinery in South Korea, Ruwais in United Arab Emirates, and Yeosu in South Korea were the top three refineries in terms of refining capacity under maintenance (both planned and unplanned) in 2020.

Scope

• Analysis of capacity under maintenance for crude distillation, coking, fluid catalytic cracking, hydrocracker, hydrotreater, and reformer units globally for 2020
• Comparison of select refinery units under maintenance (planned, unplanned and both) by major regions for 2020 and 2019
• Comparison of select refinery units under maintenance (planned, unplanned and both) by PADD regions in the US for both the years
• Comparison of select refinery units under maintenance (planned, unplanned and both) by operators for both the years
• Comparison of factors responsible for unplanned maintenance globally by region for 2020 and 2019

Reasons to Buy

• Keep abreast of major refinery units (crude distillation, coking, fluid catalytic cracking, hydrocracker, hydrotreater and reformer) undergoing maintenance globally
• Obtain information on region-wise maintenance globally for 2020 in comparison with 2019
• Identify and compare PADD regions and operators with highest maintenance in both the quarters
• Facilitate decision making on the basis of strong refinery maintenance data
• Assess your competitor's refinery maintenance data

Table of Contents

Table of Contents

1. Global Refinery Maintenance Review, 2020

• 1.1 Key Highlights
• 1.2 Major Outages in 2020 vis-a-vis 2019
• 1.3 Regional Maintenance Briefs
• 1.4 Factors Responsible for Unplanned Maintenance by Region, 2020 vis-a-vis 2019

2. Global Upcoming Planned Maintenance, 2021

3. Global Refinery Maintenance by Region

• 3.1 Global Refining Capacity under Maintenance by Region, 2020 vis-a-vis 2019
• 3.2 Global Coking Capacity under Maintenance by Region, 2020 vis-a-vis 2019
• 3.3 Global Fluid Catalytic Cracking (FCC) Capacity under Maintenance by Region, 2020 vis-a-vis 2019
• 3.4 Global Hydrocracker Capacity under Maintenance by Region, 2020 vis-a-vis 2019
• 3.5 Global Hydrotreater Capacity under Maintenance by Region, 2020 vis-a-vis 2019
• 3.6 Global Reformer Capacity under Maintenance by Region, 2020 vis-a-vis 2019

4. Refinery Maintenance by Petroleum Administration for Defense Districts (PADD) Regions in the US

• 4.1 Refining Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• 4.2 Coking Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• 4.3 FCC Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• 4.4 Hydrocracker Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• 4.5 Hydrotreater Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019
• 4.6 Reformer Capacity under Maintenance by PADD Regions in the US, 2020 vis-a-vis 2019

5. Global Refinery Maintenance by Operator

• 5.1 Global Refining Capacity under Maintenance by Operator, 2020 vis-a-vis 2019
• 5.2 Global Coking Capacity under Maintenance by Operator, 2020 vis-a-vis 2019
• 5.3 Global FCC Capacity under Maintenance by Operator, 2020 vis-a-vis 2019
• 5.4 Global Hydrocracker Capacity under Maintenance by Operator, 2020 vis-a-vis 2019
• 5.5 Global Hydrotreater Capacity under Maintenance by Operator, 2020 vis-a-vis 2019
• 5.6 Global Reformer Capacity under Maintenance by Operator, 2020 vis-a-vis 2019

6. Appendix

• 6.1 Abbreviations
• 6.2 Definitions
• 6.3 Methodology