Q1 2016 Global Refinery Maintenance Review - North America Records Highest Refining Capacity under Maintenance in the Quarter

  • ID: 3746976
  • Report
  • Region: Global, America, North America, United States
  • 185 pages
  • GlobalData
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Q1 2016 Global Refinery Maintenance Review - North America Records Highest Refining Capacity under Maintenance in the Quarter

Summary

Globally North America and South America had the highest refining capacity under maintenance (including both planned and unplanned) in Q1 2016. Among countries, US and Taiwan had the highest refining capacity under planned maintenance while Venezuela had the highest refining capacity under unplanned maintenance in the quarter. PDVSA, Motiva Enterprises LLC and Formosa Petrochemical Corporation were the top three operators in the world in terms of total refining capacity under maintenance. Power outage was the most common cause of unplanned maintenance in North America and South America while fire caused the most unplanned maintenance in Asia during Q1 2016.

Scope

- Analysis of global refinery maintenance for crude distillation, coking, fluid catalytic cracking, hydrocracker, hydrotreater and reformer units
- Comparison of select refinery units under maintenance (including both planned and unplanned) by major regions in the world, PADD regions and operators for Q1 2016 and Q1 2015
- Comparison of select refinery units under planned maintenance by major regions in the world, PADD regions and operators for both the quarters
- Comparison of select refinery units under unplanned maintenance by major regions in the world, PADD regions and operators for both the quarters
- Comparison of factors responsible for unplanned maintenance in the world by region for Q1 2016 and Q1 2015

Reasons to buy

- Keep abreast of major refinery units (crude distillation, coking, fluid catalytic cracking, hydrocracker, hydrotreater and reformer) undergoing maintenance across the world
- Obtain information on region-wise maintenance across the world for Q1 2016 in comparison with Q1 2015
- 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
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1.1 List of Figures-

2 Q1 2016 Global Refinery Maintenance Review

2.1 Key Highlights

2.2 Major Outages in Q1 2016

2.3 Regional Maintenance Briefs

2.4 Global Refining Capacity under Maintenance by Region, Q1 2016 vis-à-vis Q1 2015

2.4.1 Refining Capacity under Maintenance by Region (%)

2.4.2 Refining Capacity under Maintenance by Region (bd)

2.4.3 Count of Crude Distillation Units under Maintenance by Region

2.5 Global Coking Capacity under Maintenance by Region, Q1 2016 vis-à-vis Q1 2015

2.5.1 Coking Capacity under Maintenance by Region (%)

2.5.2 Coking Capacity under Maintenance by Region (bd)

2.5.3 Count of Coker Units under Maintenance by Region

2.6 Global Fluid Catalytic Cracking (FCC) Capacity under Maintenance by Region, Q1 2016 vis-à-vis Q1 2015

2.6.1 FCC Capacity under Maintenance by Region (%)

2.6.2 FCC Capacity under Maintenance by Region (bd)

2.6.3 Count of FCC Units under Maintenance by Region

2.7 Global Hydrocracker Capacity under Maintenance by Region, Q1 2016 vis-à-vis Q1 2015

2.7.1 Hydrocracker Capacity under Maintenance by Region (%)

2.7.2 Hydrocracker Capacity under Maintenance by Region (bd)

2.7.3 Count of Hydrocracker Units under Maintenance by Region

2.8 Global Hydrotreater Capacity under Maintenance by Region, Q1 2016 vis-à-vis Q1 2015

2.8.1 Hydrotreater Capacity under Maintenance by Region (%)

2.8.2 Hydrotreater Capacity under Maintenance by Region (bd)

2.8.3 Count of Hydrotreater Units under Maintenance by Region

2.9 Global Reformer Capacity under Maintenance by Region, Q1 2016 vis-à-vis Q1 2015

2.9.1 Reformer Capacity under Maintenance by Region (%)

2.9.2 Reformer Capacity under Maintenance by Region (bd)

2.9.3 Count of Reformer Units under Maintenance by Region

2.10 Refining Capacity under Maintenance by Petroleum Administration for Defense Districts (PADD) Regions in the US, Q1 2016 vis-à-vis Q1 2015

2.10.1 Refining Capacity under Maintenance by PADD Regions (%)

2.10.2 Refining Capacity under Maintenance by PADD Regions (bd)

2.10.3 Count of Crude Distillation Units under Maintenance in PADD Regions

2.11 Coking Capacity under Maintenance by PADD Regions in the US, Q1 2016 vis-à-vis Q1 2015

2.11.1 Coking Capacity under Maintenance by PADD Regions (%)

2.11.2 Coking Capacity under Maintenance by PADD Regions (bd)

2.11.3 Count of Coker Units under Maintenance by PADD Regions

2.12 FCC Capacity under Maintenance by PADD Regions in the US, Q1 2016 vis-à-vis Q1 2015

2.12.1 FCC Capacity under Maintenance by PADD Regions (%)

2.12.2 FCC Capacity under Maintenance by PADD Regions (bd)

2.12.3 Count of FCC Units under Maintenance by PADD Regions

2.13 Hydrocracker Capacity under Maintenance by PADD Regions in the US, Q1 2016 vis-à-vis Q1 2015

2.13.1 Hydrocracker Capacity under Maintenance by PADD Regions (%)

2.13.2 Hydrocracker Capacity under Maintenance by PADD Regions (bd)

2.13.3 Count of Hydrocracker Units under Maintenance by PADD Regions

2.14 Hydrotreater Capacity under Maintenance by PADD Regions in the US, Q1 2016 vis-à-vis Q1 2015

2.14.1 Hydrotreater Capacity under Maintenance by PADD Regions (%)

2.14.2 Hydrotreater Capacity under Maintenance by PADD Regions (bd)

2.14.3 Count of Hydrotreater Units under Maintenance by PADD Regions

2.15 Reformer Capacity under Maintenance by PADD Regions in the US, Q1 2016 vis-à-vis Q1 2015

2.15.1 Reformer Capacity under Maintenance by PADD Regions (%)

2.15.2 Reformer Capacity under Maintenance by PADD Regions (bd)

2.15.3 Count of Reformer Units under Maintenance by PADD Regions

2.16 Global Refining Capacity under Maintenance by Operator, Q1 2016 vis-à-vis Q1 2015

2.16.1 Refining Capacity under Maintenance by Operator (%)

2.16.2 Refining Capacity under Maintenance by Operator (bd)

2.16.3 Count of Crude Distillation Units under Maintenance by Operator

2.17 Global Coking Capacity under Maintenance by Operator, Q1 2016 vis-à-vis Q1 2015

2.17.1 Coking Capacity under Maintenance by Operator (%)

2.17.2 Coking Capacity under Maintenance by Operator (bd)

2.17.3 Count of Coker Units under Maintenance by Operator

2.18 Global FCC Capacity under Maintenance by Operator, Q1 2016 vis-à-vis Q1 2015

2.18.1 FCC Capacity under Maintenance by Operator (%)

2.18.2 FCC Capacity under Maintenance by Operator (bd)

2.18.3 Count of FCC Units under Maintenance by Operator

2.19 Global Hydrocracker Capacity under Maintenance by Operator, Q1 2016 vis-à-vis Q1 2015

2.19.1 Hydrocracker Capacity under Maintenance by Operator (%)

2.19.2 Hydrocracker Capacity under Maintenance by Operator (bd)

2.19.3 Count of Hydrocracker Units under Maintenance by Operator

2.20 Global Hydrotreater Capacity under Maintenance by Operator, Q1 2016 vis-à-vis Q1 2015

2.20.1 Hydrotreater Capacity under Maintenance by Operator (%)

2.20.2 Hydrotreater Capacity under Maintenance by Operator (bd)

2.20.3 Count of Hydrotreater Units under Maintenance by Operator

2.21 Global Reformer Capacity under Maintenance by Operator, Q1 2016 vis-à-vis Q1 2015

2.21.1 Reformer Capacity under Maintenance by Operator (%)

2.21.2 Reformer Capacity under Maintenance by Operator (bd)

2.21.3 Count of Reformer Units under Maintenance by Operator

2.22 Factors Responsible for Unplanned Maintenance in the World by Region, Q1 2016 vis-à-vis Q1 2015

3 Appendix

3.1 Abbreviations

3.2 Methodology

3.2.1 Coverage

3.2.2 Secondary Research

3.3 Disclaimer

1.1 List of Figures-

Figure 1: Global Refining Capacity under Maintenance by Region (%)-

Figure 2: Global Refining Capacity under Planned Maintenance by Region (%)

Figure 3: Global Refining Capacity under Unplanned Maintenance by Region (%)

Figure 4: Global Refining Capacity under Maintenance by Region (bd)-

Figure 5: Global Refining Capacity under Planned Maintenance by Region (bd)

Figure 6: Global Refining Capacity under Unplanned Maintenance by Region (bd)

Figure 7: Global Count of Crude Distillation Units under Maintenance by Region-

Figure 8: Global Count of Crude Distillation Units under Planned Maintenance by Region

Figure 9: Global Count of Crude Distillation Units under Unplanned Maintenance by Region

Figure 10: Global Coking Capacity under Maintenance by Region (%)-

Figure 11: Global Coking Capacity under Planned Maintenance by Region (%)

Figure 12: Global Coking Capacity under Unplanned Maintenance by Region (%)-

Figure 13: Global Coking Capacity under Maintenance by Region (bd)-

Figure 14: Global Coking Capacity under Planned Maintenance by Region (bd)

Figure 15: Global Coking Capacity under Unplanned Maintenance by Region (bd)-

Figure 16: Global Count of Coker Units under Maintenance by Region-

Figure 17: Global Count of Coker Units under Planned Maintenance by Region

Figure 18: Global Count of Coker Units under Unplanned Maintenance by Region-

Figure 19: Global FCC Capacity under Maintenance by Region (%)-

Figure 20: Global FCC Capacity under Planned Maintenance by Region (%)

Figure 21: Global FCC Capacity under Unplanned Maintenance by Region (%)

Figure 22: Global FCC Capacity under Maintenance by Region (bd)-

Figure 23: Global FCC Capacity under Planned Maintenance by Region (bd)

Figure 24: Global FCC Capacity under Unplanned Maintenance by Region (bd)

Figure 25: Global Count of FCC Units under Maintenance by Region-

Figure 26: Global Count of FCC Units under Planned Maintenance by Region

Figure 27: Global Count of FCC Units under Unplanned Maintenance by Region

Figure 28: Global Hydrocracker Capacity under Maintenance by Region (%)-

Figure 29: Global Hydrocracker Capacity under Planned Maintenance by Region (%)

Figure 30: Global Hydrocracker Capacity under Unplanned Maintenance by Region (%)-

Figure 31: Global Hydrocracker Capacity under Maintenance by Region (bd)-

Figure 32: Global Hydrocracker Capacity under Planned Maintenance by Region (bd)

Figure 33: Global Hydrocracker Capacity under Unplanned Maintenance by Region (bd)-

Figure 34: Global Count of Hydrocracker Units under Maintenance by Region-

Figure 35: Global Count of Hydrocracker Units under Planned Maintenance by Region

Figure 36: Global Count of Hydrocracker Units under Unplanned Maintenance by Region-

Figure 37: Global Hydrotreater Capacity under Maintenance by Region (%)-

Figure 38: Global Hydrotreater Capacity under Planned Maintenance by Region (%)

Figure 39: Global Hydrotreater Capacity under Unplanned Maintenance by Region (%)-

Figure 40: Global Hydrotreater Capacity under Maintenance by Region (bd)-

Figure 41: Global Hydrotreater Capacity under Planned Maintenance by Region (bd)

Figure 42: Global Hydrotreater Capacity under Unplanned Maintenance by Region (bd)-

Figure 43: Global Count of Hydrotreater Units under Maintenance by Region-

Figure 44: Global Count of Hydrotreater Units under Planned Maintenance by Region

Figure 45: Global Count of Hydrotreater Units under Unplanned Maintenance by Region-

Figure 46: Global Reformer Capacity under Maintenance by Region (%)-

Figure 47: Global Reformer Capacity under Planned Maintenance by Region (%)

Figure 48: Global Reformer Capacity under Unplanned Maintenance by Region (%)-

Figure 49: Global Reformer Capacity under Maintenance by Region (bd)-

Figure 50: Global Reformer Capacity under Planned Maintenance by Region (bd)

Figure 51: Global Reformer Capacity under Unplanned Maintenance by Region (bd)-

Figure 52: Global Count of Reformer Units under Maintenance by Region-

Figure 53: Global Count of Reformer Units under Planned Maintenance by Region

Figure 54: Global Count of Reformer Units under Unplanned Maintenance by Region-

Figure 55: Refining Capacity under Maintenance by PADD Regions (%)-

Figure 56: Refining Capacity under Planned Maintenance by PADD Regions (%)

Figure 57: Refining Capacity under Unplanned Maintenance by PADD Regions (%)

Figure 58: Refining Capacity under Maintenance by PADD Regions (bd)-

Figure 59: Refining Capacity under Planned Maintenance by PADD Regions (bd)

Figure 60: Refining Capacity under Unplanned Maintenance by PADD Regions (bd)

Figure 61: Count of Crude Distillation Units under Maintenance in PADD Regions-

Figure 62: Count of Crude Distillation Units under Planned Maintenance in PADD Regions

Figure 63: Count of Crude Distillation Units under Unplanned Maintenance in PADD Regions

Figure 64: Coking Capacity under Maintenance by PADD Regions (%)-

Figure 65: Coking Capacity under Planned Maintenance by PADD Regions (%)

Figure 66: Coking Capacity under Unplanned Maintenance by PADD Regions (%)-

Figure 67: Coking Capacity under Maintenance by PADD Regions (bd)-

Figure 68: Coking Capacity under Planned Maintenance by PADD Regions (bd)

Figure 69: Coking Capacity under Unplanned Maintenance by PADD Regions (bd)-

Figure 70: Count of Coker Units under Maintenance by PADD Regions-

Figure 71: Count of Coker Units under Planned Maintenance by PADD Regions

Figure 72: Count of Coker Units under Unplanned Maintenance by PADD Regions-

Figure 73: FCC Capacity under Maintenance by PADD Regions (%)-

Figure 74: FCC Capacity under Planned Maintenance by PADD Regions (%)

Figure 75: FCC Capacity under Unplanned Maintenance by PADD Regions (%)

Figure 76: FCC Capacity under Maintenance by PADD Regions (bd)-

Figure 77: FCC Capacity under Planned Maintenance by PADD Regions (bd)

Figure 78: FCC Capacity under Unplanned Maintenance by PADD Regions (bd)

Figure 79: Count of FCC Units under Maintenance by PADD Regions-

Figure 80: Count of FCC Units under Planned Maintenance by PADD Regions

Figure 81: Count of FCC Units under Unplanned Maintenance by PADD Regions

Figure 82: Hydrocracker Capacity under Maintenance by PADD Regions (%)-

Figure 83: Hydrocracker Capacity under Planned Maintenance by PADD Regions (%)

Figure 84: Hydrocracker Capacity under Unplanned Maintenance by PADD Regions (%)-

Figure 85: Hydrocracker Capacity under Maintenance by PADD Regions (bd)-

Figure 86: Hydrocracker Capacity under Planned Maintenance by PADD Regions (bd)

Figure 87: Hydrocracker Capacity under Unplanned Maintenance by PADD Regions (bd)-

Figure 88: Count of Hydrocracker Units under Maintenance by PADD Regions-

Figure 89: Count of Hydrocracker Units under Planned Maintenance by PADD Regions

Figure 90: Count of Hydrocracker Units under Unplanned Maintenance by PADD Regions-

Figure 91: Hydrotreater Capacity under Maintenance by PADD Regions (%)-

Figure 92: Hydrotreater Capacity under Planned Maintenance by PADD Regions (%)

Figure 93: Hydrotreater Capacity under Unplanned Maintenance by PADD Regions (%)-

Figure 94: Hydrotreater Capacity under Maintenance by PADD Regions (bd)-

Figure 95: Hydrotreater Capacity under Planned Maintenance by PADD Regions (bd)

Figure 96: Hydrotreater Capacity under Unplanned Maintenance by PADD Regions (bd)-

Figure 97: Count of Hydrotreater Units under Maintenance by PADD Regions-

Figure 98: Count of Hydrotreater Units under Planned Maintenance by PADD Regions

Figure 99: Count of Hydrotreater Units under Unplanned Maintenance by PADD Regions-

Figure 100: Reformer Capacity under Maintenance by PADD Regions (%)-

Figure 101: Reformer Capacity under Planned Maintenance by PADD Regions (%)

Figure 102: Reformer Capacity under Unplanned Maintenance by PADD Regions (%)-

Figure 103: Reformer Capacity under Maintenance by PADD Regions (bd)-

Figure 104: Reformer Capacity under Planned Maintenance by PADD Regions (bd)

Figure 105: Reformer Capacity under Unplanned Maintenance by PADD Regions (bd)-

Figure 106: Count of Reformer Units under Maintenance by PADD Regions-

Figure 107: Count of Reformer Units under Planned Maintenance by PADD Regions

Figure 108: Count of Reformer Units under Unplanned Maintenance by PADD Regions-

Figure 109: Refining Capacity under Maintenance by Operator (%)-

Figure 110: Refining Capacity under Planned Maintenance by Operator (%)

Figure 111: Refining Capacity under Unplanned Maintenance by Operator (%)

Figure 112: Refining Capacity under Maintenance by Operator (bd)-

Figure 113: Refining Capacity under Planned Maintenance by Operator (bd)

Figure 114: Refining Capacity under Unplanned Maintenance by Operator (bd)

Figure 115: Count of Crude Distillation Units under Maintenance by Operator -

Figure 116: Count of Crude Distillation Units under Planned Maintenance by Operator

Figure 117: Count of Crude Distillation Units under Unplanned Maintenance by Operator

Figure 118: Coking Capacity under Maintenance by Operator (%)-^

Figure 119: Coking Capacity under Planned Maintenance by Operator (%)-

Figure 120: Coking Capacity under Unplanned Maintenance by Operator (%)-

Figure 121: Coking Capacity under Maintenance by Operator (bd)-^

Figure 122: Coking Capacity under Planned Maintenance by Operator (bd)-

Figure 123: Coking Capacity under Unplanned Maintenance by Operator (bd)-

Figure 124: Count of Coker Units under Maintenance by Operator -^

Figure 125: Count of Coker Units under Planned Maintenance by Operator-

Figure 126: Count of Coker Units under Unplanned Maintenance by Operator-

Figure 127: FCC Capacity under Maintenance by Operator (%)-

Figure 128: FCC Capacity under Planned Maintenance by Operator (%)-

Figure 129: FCC Capacity under Unplanned Maintenance by Operator (%)

Figure 130: FCC Capacity under Maintenance by Operator (bd)-

Figure 131: FCC Capacity under Planned Maintenance by Operator (bd)-

Figure 132: FCC Capacity under Unplanned Maintenance by Operator (bd)

Figure 133: Count of FCC Units under Maintenance by Operator -

Figure 134: Count of FCC Units under Planned Maintenance by Operator-

Figure 135: Count of FCC Units under Unplanned Maintenance by Operator

Figure 136: Hydrocracker Capacity under Maintenance by Operator (%)-

Figure 137: Hydrocracker Capacity under Planned Maintenance by Operator (%)

Figure 138: Hydrocracker Capacity under Unplanned Maintenance by Operator (%)-

Figure 139: Hydrocracker Capacity under Maintenance by Operator (bd)-

Figure 140: Hydrocracker Capacity under Planned Maintenance by Operator (bd)

Figure 141: Hydrocracker Capacity under Unplanned Maintenance by Operator (bd)-

Figure 142: Count of Hydrocracker Units under Maintenance by Operator -

Figure 143: Count of Hydrocracker Units under Planned Maintenance by Operator

Figure 144: Count of Hydrocracker Units under Unplanned Maintenance by Operator-

Figure 145: Hydrotreater Capacity under Maintenance by Operator (%)-

Figure 146: Hydrotreater Capacity under Planned Maintenance by Operator (%)

Figure 147: Hydrotreater Capacity under Unplanned Maintenance by Operator (%)-

Figure 148: Hydrotreater Capacity under Maintenance by Operator (bd)-

Figure 149: Hydrotreater Capacity under Planned Maintenance by Operator (bd)

Figure 150: Hydrotreater Capacity under Unplanned Maintenance by Operator (bd)-

Figure 151: Count of Hydrotreater Units under Maintenance by Operator -

Figure 152: Count of Hydrotreater Units under Planned Maintenance by Operator

Figure 153: Count of Hydrotreater Units under Unplanned Maintenance by Operator-

Figure 154: Reformer Capacity under Maintenance by Operator (%)-

Figure 155: Reformer Capacity under Planned Maintenance by Operator (%)

Figure 156: Reformer Capacity under Unplanned Maintenance by Operator (%)-

Figure 157: Reformer Capacity under Maintenance by Operator (bd)-

Figure 158: Reformer Capacity under Planned Maintenance by Operator (bd)

Figure 159: Reformer Capacity under Unplanned Maintenance by Operator (bd)-

Figure 160: Count of Reformer Units under Maintenance by Operator -

Figure 161: Count of Reformer Units under Planned Maintenance by Operator

Figure 162: Count of Reformer Units under Unplanned Maintenance by Operator-

Figure 163: Factors Responsible for Unplanned Maintenance in North America

Figure 164: Factors Responsible for Unplanned Maintenance in Asia

Figure 165: Factors Responsible for Unplanned Maintenance in South America

Figure 166: Factors Responsible for Unplanned Maintenance in Africa-

Figure 167: Factors Responsible for Unplanned Maintenance in Europe-

-Kindly note that some figures in the report might be blank as relevant maintenance activities would not have taken place in Q1 2015 and Q1 2016
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