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시장보고서
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세계의 수소화분해 장비 용량 및 설비 투자 전망 : 전가동장치와 계획장치 상세(-2027년)Refinery Hydrocracking Units Capacity and Capital Expenditure (CapEx) Forecast by Region and Countries with Details of All Operating and Planned Hydrocracking Units to 2027 |
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세계의 정유소 수소화분해 장비 능력은 2017년 1,092만 6,000배럴/일(mbd)이며 2022년 12,498mbd에 비해 2.7%의 CAGR 규모로 성장하여 증가했습니다. 2022년 12,498 mbd에서 2027년 16,885 mbd로 증가할 것으로 예상되며 6.0%의 CAGR 성장이 예상됩니다. 중국, 미국, 인도, 러시아, 사우디아라비아가 주요 국가이며 2022년 세계의 수소화분해 장비 총 설비 능력의 56%를 차지하고 있습니다.
아시아 수소화분해 장비 능력은 2017년 3,479 mbd, 2022년 4,483 mbd로 5.1%의 CAGR로 성장하여 증가했습니다. 2022년 4,483mbd에서 2027년 6,958mbd로 증가했으며 CAGR 8.8% 규모가 될 것으로 예상됩니다. 중국, 인도, 한국, 일본, 태국은 아시아 주요 국가로 2022년 동지역 하이드로 크래킹 유닛 총 설비 능력의 90%를 차지하고 있습니다.
2022년 유럽은 세계의 수소화분해 장비 생산 능력의 16.7%를 차지했습니다. 유럽의 생산 능력은 2017년 1,997 mbd, 2022년 2,086 mbd로 0.9%의 CAGR로 성장하여 증가했습니다. 2022년 2,086mbd에서 2027년 2,083mbd로 약간 감소할 것으로 예상됩니다. 이탈리아, 네덜란드, 스페인, 독일, 폴란드는 유럽 주요 국가이며 하이드로 크래킹 유닛 생산 능력의 59% 이상을 차지합니다.
세계의 수소화분해 장비 용량 및 설비투자(Refinery Hydrocracking Units Capacity and Capital Expenditure) 동향을 조사했으며, 정유소명, 국가명, 정유소 오퍼레이터명 등 상세와 더불어 가동중 및 신설(계획중 및 발표 완료)중인 모든 수소화분해 장치의 용량을 상세하게 다룹니다. 또한 주요 국가별 2027년 세계의 및 지역 자본 지출 전망을 전년 대비 제공합니다. 또한 세계 및 지역 수소화분해 장비 능력 공헌도에 기초한 주요 국가 비교도 제공합니다.
목차
목차
제1장 주요 요약
제2장 세계의 정유소 수소화 분해 유닛, 스냅샷
- 세계의 정유소 수소화분해 장비, 주요 데이터 2022년
- 세계의 정유소 수소화분해 장비, 계획이 끝난, 발표 완료 수소화분해 장비
- 세계의 정유소 수소화분해 장비, 신규 수소화분해 장비, 능력 확장, 지역별
- 세계의 정유소 수소화분해 장비, 지역 비교
제3장 아프리카 정유소 수소화분해 장비
제4장 아시아 정유소 수소화분해 장비
제5장 카리브해 국가 정유소 수소화분해 장비
제6장 유럽 정유소 수소화분해 장비
제7장 구 소련 정유소 수소화분해 장비
제8장 중동 정유소 수소화분해 장비
제9장 북미 정유소 수소화분해 장비
제10장 오세아니아 정유소 수소화분해 장비
제11장 남미 정유소 수소화분해 장비
제12장 부록
NJH 23.09.08Abstract
The global refinery hydrocracking units capacity increased from 10,926 thousand barrels per day (mbd) in 2017 to 12,498 mbd in 2022 at an Average Annual Growth Rate (AAGR) of 2.7%. It is expected to increase from 12,498 mbd in 2022 to 16,885 mbd in 2027 at an AAGR of 6.0%. China, the US, India, Russia, and Saudi Arabia are the major countries that accounted for 56% of the total global hydrocracking unit capacity in 2022.
Hydrocracking units' capacity in Asia increased from 3,479 mbd in 2017 to 4,483 mbd in 2022 at an AAGR of 5.1%. It is expected to increase from 4,483 mbd in 2022 to 6,958 mbd in 2027 at an AAGR of 8.8%. China, India, South Korea, Japan and Thailand are the key countries in Asia that accounted for 90% of the total hydrocracking units capacity of the region in 2022.
In 2022, Europe accounted for 16.7% of the total global hydrocracking units capacity. Sarroch (Italy), Rotterdam I
(Netherlands), Pernis (Netherlands), Rheinland (Germany) and Melili (Italy) are the major refineries with active hydrocracking units in the region. Capacity in Europe increased from 1,997 mbd in 2017 to 2,086 mbd in 2022 at an AAGR of 0.9%. It is expected to witness a slight decrease from 2,086 mbd in 2022 to 2,083 mbd in 2027. Italy, the Netherlands, Spain, Germany, and Poland are the key countries in Europe accounting for over 59% of the total
hydrocracking units capacity of the region in 2022.
Global Refinery Hydrocracking Units Outlook to 2027 - Capacity and Capital Expenditure Outlook with Details of All
Operating and Planned Hydrocracking Units is a comprehensive report on the global refinery hydrocracking units. The report provides details such as the refinery name, country, and refinery operator name, with in-depth coverage on hydrocracking units capacity for all active and new-build (planned and announced) refineries. The report also provides global and regional capital expenditure outlook by key countries, year on year, till 2027. The report also provides comparison of key countries based on contribution to global as well as regional hydrocracking units capacities.
Scope
- Updated information on all active and upcoming (planned and announced) refineries with hydrocracking units globally.
- Provides key details such as refinery name, operator name, and status for all active, suspended, planned, and announced refineries with hydrocracking units in a country.
- Provides an annual breakdown of new-build and expansion capital expenditure outlook by region and by key countries for the period 2023-2027.
Reasons to Buy
- Obtain the most up to date information available on all active, suspended, planned, and announced refinery hydrocracking units globally
- Identify growth segments and opportunities in the refinery hydrocracking units industry
- Facilitate decision making on the basis of strong refinery hydrocracking units capacity data
- Assess your competitor's refinery hydrocracking units portfolio
Table of Contents
Table of Contents
1. Introduction
- 1.1 What is this Report About?
- 1.2 Market Definition
2. Global Refinery Hydrocracking Units, Snapshot
- 2.1 Global Refinery Hydrocracking Units, Key Data, 2022
- 2.2 Global Refinery Hydrocracking Units, Planned and Announced Hydrocracking Units
- 2.3 Global Refinery Hydrocracking Units, New hydrocracking Units and Capacity Expansions by Region
- 2.4 Global Refinery Hydrocracking Units, Regional Comparisons
3. Africa Refinery Hydrocracking Units
- 3.1 Africa Refinery Hydrocracking Units, Snapshot
- 3.2 Africa Refinery Hydrocracking Units, Planned and Announced Hydrocracking Units, Capacity Expansions and Capex by Country
- 3.3 Africa Refinery Hydrocracking Units, New Hydrocracking Units and Capacity Expansions by Key Countries
- 3.4 Africa Refinery Hydrocracking Units, Egypt
- 3.5 Africa Refinery Hydrocracking Units, Morocco
- 3.6 Africa Refinery Hydrocracking Units, Cote d'Ivoire
- 3.7 Africa Refinery Hydrocracking Units, South Africa
- 3.8 Africa Refinery Hydrocracking Units, Sudan
- 3.9 Africa Refinery Hydrocracking Units, Congo Republic
- 3.10 Africa Refinery Hydrocracking Units, Nigeria
- 3.11 Africa Refinery Hydrocracking Units, Angola
- 3.12 Africa Refinery Hydrocracking Units, Algeria
- 3.13 Africa Refinery Hydrocracking Units, Djibouti
4. Asia Refinery Hydrocracking Units
- 4.1 Asia Refinery Hydrocracking Units, Snapshot
- 4.2 Asia Refinery Hydrocracking Units, Planned and Announced Hydrocracking Units, Capacity Expansions and Capex by Country
- 4.3 Asia Refinery Hydrocracking Units, New Hydrocracking Units and Capacity Expansions by Key Countries
- 4.4 Asia Refinery Hydrocracking Units, China
- 4.5 Asia Refinery Hydrocracking Units, India
- 4.6 Asia Refinery Hydrocracking Units, South Korea
- 4.7 Asia Refinery Hydrocracking Units, Japan
- 4.8 Asia Refinery Hydrocracking Units, Thailand
- 4.9 Asia Refinery Hydrocracking Units, Singapore
- 4.10 Asia Refinery Hydrocracking Units, Indonesia
- 4.11 Asia Refinery Hydrocracking Units, Malaysia
- 4.12 Asia Refinery Hydrocracking Units, Brunei
- 4.13 Asia Refinery Hydrocracking Units, Taiwan
- 4.14 Asia Refinery Hydrocracking Units, Pakistan
- 4.15 Asia Refinery Hydrocracking Units, Philippines
- 4.16 Asia Refinery Hydrocracking Units, Sri Lanka
- 4.17 Asia Refinery Hydrocracking Units, Bangladesh
- 4.18 Asia Refinery Hydrocracking Units, Vietnam
- 4.19 Asia Refinery Hydrocracking Units, Mongolia
- 4.20 Asia Refinery Hydrocracking Units, Myanmar
5. Caribbean Refinery Hydrocracking Units
- 5.1 Caribbean Refinery Hydrocracking Units, Snapshot
- 5.2 Caribbean Refinery Hydrocracking Units, Trinidad and Tobago
- 5.3 Caribbean Refinery Hydrocracking Units, Curacao
6. Europe Refinery Hydrocracking Units
- 6.1 Europe Refinery Hydrocracking Units, Snapshot
- 6.2 Europe Refinery Hydrocracking Units, Planned and Announced Hydrocracking Units, Capacity Expansions and Capex by Country
- 6.3 Europe Refinery Hydrocracking Units, New Hydrocracking Units and Capacity Expansions by Key Countries
- 6.4 Europe Refinery Hydrocracking Units, Italy
- 6.5 Europe Refinery Hydrocracking Units, Netherlands
- 6.6 Europe Refinery Hydrocracking Units, Spain
- 6.7 Europe Refinery Hydrocracking Units, Germany
- 6.8 Europe Refinery Hydrocracking Units, Poland
- 6.9 Europe Refinery Hydrocracking Units, Greece
- 6.10 Europe Refinery Hydrocracking Units, France
- 6.11 Europe Refinery Hydrocracking Units, Romania
- 6.12 Europe Refinery Hydrocracking Units, Belgium
- 6.13 Europe Refinery Hydrocracking Units, Finland
- 6.14 Europe Refinery Hydrocracking Units, Croatia
- 6.15 Europe Refinery Hydrocracking Units, Serbia
- 6.16 Europe Refinery Hydrocracking Units, Sweden
- 6.17 Europe Refinery Hydrocracking Units, Bulgaria
- 6.18 Europe Refinery Hydrocracking Units, Hungary
- 6.19 Europe Refinery Hydrocracking Units, Portugal
- 6.20 Europe Refinery Hydrocracking Units, United Kingdom
- 6.21 Europe Refinery Hydrocracking Units, Slovakia
- 6.22 Europe Refinery Hydrocracking Units, Czech Republic
- 6.23 Europe Refinery Hydrocracking Units, Denmark
7. Former Soviet Union Refinery Hydrocracking Units
8. Middle East Refinery Hydrocracking Units
9. North America Refinery Hydrocracking Units
10. Oceania Refinery Hydrocracking Units
11. South America Refinery Hydrocracking Units
12. Appendix
- 12.1 Abbreviations
- 12.2 Status Definition
- 12.3 States by PADD Regions Included in the Report
- 12.4 Methodology
- Coverage
- Secondary Research
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