Insight
Regenerative energy: the Infinity Train
*Please note that this report only includes an Excel data file if this is indicated in "What's included" below
Report summary
As miners seek to decarbonise their operations, opportunities may arise for creative solutions. In this insight, we explore an attention-catching project called the Infinity Train, which harnesses gravity and regenerative braking technology to transport iron ore with zero emissions. This insight addresses the following questions: How does this work? How much emissions savings will be achieved? Can this technology be scaled up to help decarbonise transport and mining globally?
Table of contents
- Executive Summary
-
1. How does it work?
- 1.1 In simple terms: regenerative braking
- 1.2 Calculating energy potential
- 1.3 Accounting for losses
- 1.4 Energy storage
-
2. The emission savings versus diesel trains
- 2.1 Iron ore rail transport emissions profile
- 2.2 Other examples: hybrid replacing some diesel locomotives with battery
- Conclusion
Tables and charts
This report includes the following images and tables:
- Location
- FMG's scope 1 emissions (FY22)
- FMG’s rail – locomotives emissions (FY22)
What's included
This report contains:
Other reports you may be interested in
Insight
Energy Efficiency Benchmarking For Refining - India's Case Study
Benchmarking Energy Intensity— Tracking and improving the energy efficiency to stay competitive and to curb down the emissions.
$900
Insight
Gasco: Singapore's strategic shift to centralised gas procurement
Gasco's establishment marks Singapore's gas market reform towards enhanced energy security amid global market volatility.
$950
Insight
Q2 2025 pre-FID project tracker: major upstream projects progress despite geopolitical headwinds
Our Q2 2025 outlook for global pre-FID upstream projects.
$6,750
