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Published: Sep, 2016 | Pages:
16 | Publisher: Timetric
Industry: Mining | Report Format: Electronic (PDF)
Synopsis This report provides a breakdown of mining cash costs per tonne for individual metallurgical coal operations, company production and country production. Timetric's analysis covers 150 Metallurgical Coal operations accounting for over 340 Mt of metallurgical coal production globally, the majority of which is export production. Overall 30 companies have been included, ranging from the large producers, such Glencore, Anglo American and BHP Billiton, to smaller players, such as Whitehaven, and large steel producers, such as Arcelor Mittal. Summary This presentation and accompanying Excel data, provides an coal cost curve for 150 mines, with breakdown of costs into mining, processing, admin, land transport, port charges and royalties. Specific datasets include: • Global Mine Level Cost Costs • Global Company Equity Production Costs • Country level Production Costs • BHP Billiton Cost Curve • Teck Resources Cost Curve • Anglo American Cost Curve Scope The report is based Timetric's proprietary cost estimation model and data from Timetric's Mining Intelligence Center. Reasons To Buy • Understand the global industry structure of metallurgical coal mines • Analyze mines you may be working with, including how they compare against their peers • Assess the performance of coal companies Key Highlights • Global metallurgical coal costs vary considerably. A contributing factor to this is that much lower quality metallurgical coal (such as semi soft) is produced in predominately thermal coal mines. • Hence some South African and Indonesian operations are low cost, but produce only a small quantity of metallurgical coal. While the majors, such as BHP Billiton, Anglo American and Teck Resources, have relatively higher costs, but these operations producing predominately metallurgical coal, and can run at higher prices because they generate higher revenues. • Low strip ratios will ensure most operations have low mining costs per tonne. Indeed strip ratios are often the determinant for whether a metallurgical coal deposit is economically feasible. It also has led to operations in the last five years closing, such as BHP Billiton's Norwich Park. • BHP Billiton's decision to spin out South32 with its Illawarra coal assets, is justified in the data as these South32 operations have an average FOB Cash cost of US$70/t, while BHP Billiton's remaining assets have an average FOB cash cost of US$58/t. • Anglo American, which has announced its plans to divest itself of its metallurgical coal operations, has higher than average operating costs, at US$76/t. • Australia dominates the global production of metallurgical coal, the majority of which is exported. Canada and the US, the two other major producers, are both at freight disadvantage (when exporting to North Asia) and have higher average operating costs.
Table of Contents
1 INTRODUCTION 1.1 What is this Report About? 1.2 Definitions 1.3 Summary Methodology 2 ENERGY AND UTILITIES INFRASTRUCTURE CONSTRUCTION: CATEGORY DATA 2.1 Energy and Utilities Infrastructure Construction Output: Historic Market Value 2.2 Energy and Utilities Infrastructure Construction Output: Historic Market Value by Cost Type 2.3 Energy and Utilities Infrastructure Construction Output: Forecast Market Value 2.4 Energy and Utilities Infrastructure Construction Output: Forecast Market Value by Cost Type 2.5 Energy and Utilities Infrastructure Construction Value Add: Historic Market Value 2.6 Energy and Utilities Infrastructure Construction Value Add: Forecast Market Value 3 ENERGY AND UTILITIES INFRASTRUCTURE CONSTRUCTION: ACTIVITY ANALYSIS 3.1 New Construction Output 3.2 New Construction Output by Cost Type 3.3 New Construction Output Forecast 3.4 New Construction Output Forecast by Cost Type 3.5 Repair & Maintenance Output 3.6 Repair & Maintenance Output by Cost Type 3.7 Repair & Maintenance Output Forecast 3.8 Repair & Maintenance Output Forecast by Cost Type 3.9 Refurbishment Output 3.10 Refurbishment Output by Cost Type 3.11 Refurbishment Output Forecast 3.12 Refurbishment Output Forecast by Cost Type 3.13 Demolition Output 3.14 Demolition Output by Cost Type 3.15 Demolition Output Forecast 3.16 Demolition Output Forecast by Cost Type 4 ELECTRICITY AND POWER INFRASTRUCTURE CONSTRUCTION: CATEGORY DATA 4.1 Electricity and Power Infrastructure Construction Output: Historic Market Value 4.2 Electricity and Power Infrastructure Construction Output: Historic Market Value by Cost Type 4.3 Electricity and Power Infrastructure Construction Output: Forecast Market Value 4.4 Electricity and Power Infrastructure Construction Output: Forecast Market Value by Cost Type 4.5 Electricity and Power Infrastructure Construction Value Add: Historic Market Value 4.6 Electricity and Power Infrastructure Construction Value Add: Forecast Market Value 4.7 New Construction Output 4.8 New Construction Output by Cost Type 4.9 New Construction Output Forecast 4.10 New Construction Output Forecast by Cost Type 4.11 Repair & Maintenance Output 4.12 Repair & Maintenance Output by Cost Type 4.13 Repair & Maintenance Output Forecast 4.14 Repair & Maintenance Output Forecast by Cost Type 4.15 Refurbishment Output 4.16 Refurbishment Output by Cost Type 4.17 Refurbishment Output Forecast 4.18 Refurbishment Output Forecast by Cost Type 4.19 Demolition Output 4.20 Demolition Output by Cost Type 4.21 Demolition Output Forecast 4.22 Demolition Output Forecast by Cost Type 5 OIL & GAS INFRASTRUCTURE CONSTRUCTION: CATEGORY DATA 5.1 Oil & Gas Infrastructure Construction Output: Historic Market Value 5.2 Oil & Gas Infrastructure Construction Output: Historic Market Value by Cost Type 5.3 Oil & Gas Infrastructure Construction Output: Forecast Market Value 5.4 Oil & Gas Infrastructure Construction Output: Forecast Market Value by Cost Type 5.5 Oil & Gas Infrastructure Construction Value Add: Historic Market Value 5.6 Oil & Gas Infrastructure Construction Value Add: Forecast Market Value 5.7 New Construction Output 5.8 New Construction Output by Cost Type 5.9 New Construction Output Forecast 5.10 New Construction Output Forecast by Cost Type 5.11 Repair & Maintenance Output 5.12 Repair & Maintenance Output by Cost Type 5.13 Repair & Maintenance Output Forecast 5.14 Repair & Maintenance Output Forecast by Cost Type 5.15 Refurbishment Output 5.16 Refurbishment Output by Cost Type 5.17 Refurbishment Output Forecast 5.18 Refurbishment Output Forecast by Cost Type 5.19 Demolition Output 5.20 Demolition Output by Cost Type 5.21 Demolition Output Forecast 5.22 Demolition Output Forecast by Cost Type 6 TELECOMMUNICATIONS INFRASTRUCTURE CONSTRUCTION: CATEGORY DATA 6.1 Telecommunications Infrastructure Construction Output: Historic Market Value 6.2 Telecommunications Infrastructure Construction Output: Historic Market Value by Cost Type 6.3 Telecommunications Infrastructure Construction Output: Forecast Market Value 6.4 Telecommunications Infrastructure Construction Output: Forecast Market Value by Cost Type 6.5 Telecommunications Infrastructure Construction Value Add: Historic Market Value 6.6 Telecommunications Infrastructure Construction Value Add: Forecast Market Value 6.7 New Construction Output 6.8 New Construction Output by Cost Type 6.9 New Construction Output Forecast 6.10 New Construction Output Forecast by Cost Type 6.11 Repair & Maintenance Output 6.12 Repair & Maintenance Output by Cost Type 6.13 Repair & Maintenance Output Forecast 6.14 Repair & Maintenance Output Forecast by Cost Type 6.15 Refurbishment Output 6.16 Refurbishment Output by Cost Type 6.17 Refurbishment Output Forecast 6.18 Refurbishment Output Forecast by Cost Type 6.19 Demolition Output 6.20 Demolition Output by Cost Type 6.21 Demolition Output Forecast 6.22 Demolition Output Forecast by Cost Type 7 SEWAGE INFRASTRUCTURE CONSTRUCTION: CATEGORY DATA 7.1 Sewage Infrastructure Construction Output: Historic Market Value 7.2 Sewage Infrastructure Construction Output: Historic Market Value by Cost Type 7.3 Sewage Infrastructure Construction Output: Forecast Market Value 7.4 Sewage Infrastructure Construction Output: Forecast Market Value by Cost Type 7.5 Sewage Infrastructure Construction Value Add: Historic Market Value 7.6 Sewage Infrastructure Construction Value Add: Forecast Market Value 7.7 New Construction Output 7.8 New Construction Output by Cost Type 7.9 New Construction Output Forecast 7.10 New Construction Output Forecast by Cost Type 7.11 Repair & Maintenance Output 7.12 Repair & Maintenance Output by Cost Type 7.13 Repair & Maintenance Output Forecast 7.14 Repair & Maintenance Output Forecast by Cost Type 7.15 Refurbishment Output 7.16 Refurbishment Output by Cost Type 7.17 Refurbishment Output Forecast 7.18 Refurbishment Output Forecast by Cost Type 7.19 Demolition Output 7.20 Demolition Output by Cost Type 7.21 Demolition Output Forecast 7.22 Demolition Output Forecast by Cost Type 8 WATER INFRASTRUCTURE CONSTRUCTION: CATEGORY DATA 8.1 Water Infrastructure Construction Output: Historic Market Value 8.2 Water Infrastructure Construction Output: Historic Market Value by Cost Type 8.3 Water Infrastructure Construction Output: Forecast Market Value 8.4 Water Infrastructure Construction Output: Forecast Market Value by Cost Type 8.5 Water Infrastructure Construction Value Add: Historic Market Value 8.6 Water Infrastructure Construction Value Add: Forecast Market Value 8.7 New Construction Output 8.8 New Construction Output by Cost Type 8.9 New Construction Output Forecast 8.10 New Construction Output Forecast by Cost Type 8.11 Repair & Maintenance Output 8.12 Repair & Maintenance Output by Cost Type 8.13 Repair & Maintenance Output Forecast 8.14 Repair & Maintenance Output Forecast by Cost Type 8.15 Refurbishment Output 8.16 Refurbishment Output by Cost Type 8.17 Refurbishment Output Forecast 8.18 Refurbishment Output Forecast by Cost Type 8.19 Demolition Output 8.20 Demolition Output by Cost Type 8.21 Demolition Output Forecast 8.22 Demolition Output Forecast by Cost Type 9 APPENDIX 9.1 Methodology 9.2 About Timetric 9.3 Our Services 9.4 Disclaimer
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