1.5° PATHWAYS

Page 325

CHAPTER 7

7.5 RISK MITIGATION OF SUPPLY SHORTAGES

Technological, political, social, environmental and market risks make the critical materials subsector one of the highest risk subsectors in the mining sector. Policy makers can adopt several strategies to mitigate these risks.

Developing a circular economy The current economic model in the mining industry is linear: extract, process, manufacture, manage and dispose of waste. The circular economy seeks to close the loop, by conserving resources after they are used and reintroducing them to the life-cycle of a certain product. Mined resources can be conserved in several ways. The first is by reusing a product that has reached the end of its technical lifespan when possible (Box 7.2). For example, lithium-ion batteries whose capacity has declined by 70%–80% of their initial capacity can still be used for stationary energy storage applications in the electricity grid. If there is no viable option for reusing a product, it can be remanufactured, by using primary, secondary and repaired materials (Gaustad et al., 2018). A third option is recycling.

Developing a circular economy, product innovation, strengthening research and international co-operation, and promoting international governance are different strategies that policy makers can adopt to mitigate risks

325


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References

36min
pages 334-349

7.6 Case study: The European Union

2min
pages 332-333

Annex

3min
pages 350-352

7.5 Risk mitigation of supply shortages

9min
pages 325-331

7.2 What are critical materials?

1min
page 295

6.4 Availability of sustainable biomass feedstocks

12min
pages 274-281

6.5 Biomass sustainability

14min
pages 282-289

7.1 The role of critical materials in the energy transition

4min
pages 293-294

6.1 Introduction

1min
page 245

6.3 Scaling up bioenergy use in key applications: Opportunities, barriers and policies

29min
pages 258-273

5.3 Special focus: International trade of hydrogen and derivatives

14min
pages 234-241

5.1 Power system flexibility 5.2 Electrification of end-use

16min
pages 196-206

CHALLENGE

2min
pages 30-31

4.2 Priority action areas to scale up progress

41min
pages 165-189

Introduction

4min
pages 28-29

3.2 Policy baskets for a sensitivity analysis

16min
pages 121-129

3.1 Introduction

8min
pages 114-120

2.9 Policies for a just energy transition

8min
pages 108-111

Acknowledgements

1min
page 3

1.1 Introduction

1min
page 32
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