Accelerating the Climate Transition – Key Messages from Mistra Carbon Exit

Page 56

5. SUSTAINABLE CLIMATE TRANSITION

Climate mitigation and sustainability – a game of whack-a-mole?

ANDERS AHLBÄCK, MARTIN ERIKSSON, AND EDVIN NORDELL

Transforming Swedish industry to achieve net-zero emissions of greenhouse gases entails opportunities and risks for other sustainability objectives, as described by the Sustainable Development Goals (SDGs). Moving forward, holistic perspectives, transparency and supply chain coalitions will be key factors in avoiding the creation of new problems when solving the climate challenge, like a game of whack-a-mole. As more attention is devoted to limiting global warming, finding cohesion between the Paris Agreement and the UN 2030 Agenda for Sustainable Development will be a major challenge. Reaching net-zero emissions of greenhouse gases in Sweden by Year 2045 will require new practices, policy instruments and technologies. In technology terms, the transformation is heavily dependent upon the expanded use of renewables and electrification, as well as the introduction of new raw materials, production processes and carbon capture and storage (CCS).

Exclusively addressing the climate issue will most likely introduce risks and opportunities for other SDGs in Sweden and elsewhere. Therefore, we have assessed the additional impacts from the transformative key technologies of wind, solar and bio power, electric vehicle batteries (EVB), climate-neutral concrete and CCS, all of which need to be considered at an early stage. Moreover, assessments need to be conducted that consider the implications across the entire supply chain.

Table 1. Identified SDG risks and opportunities expressed as being positive (P) or negative (N) or having no impact (-), as well as the knowledge gaps (?) for key technologies in the Mistra Carbon Exit pathways. Note that there are several cases with more than one impact category for the same SDG from each key technology.

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Articles inside

About Mistra Carbon Exit

1min
pages 70-72

Research implementation

1min
pages 68-69

Contributing authors

7min
pages 61-66

Winners and losers in societal transformations to mitigate climate change

2min
page 60

Climate economics support for the Paris Agreement

2min
page 59

Concrete sustainability goals are required for a green restart

3min
page 58

Climate mitigation and sustainability – a game of whack-a-mole?

3min
pages 56-57

Carbon Contracts for Differences can hedge against carbon price uncertainty

4min
pages 48-49

Public procurement: The case for sector-specific and general policies

4min
pages 50-51

A transition fund to foster deep emissions cuts in the basic material industry

4min
pages 46-47

5. Sustainable Climate Transition

1min
pages 54-55

Tradeable green industrial certificates can strengthen carbon price signals

3min
pages 42-43

Making the legal and economic cases for an auction reserve price in the EU ETS

2min
page 44

Next steps for the EU ETS - the role of free allocation needs an overhaul

5min
pages 40-41

Carbon Border Adjustments: Can they accelerate climate action?

3min
page 45

4. Policy Design

1min
pages 38-39

The “Swedish proposal” – Swedish climate leadership under the EU ETS

3min
pages 36-37

The roles of cities in a climate-neutral building process

2min
page 35

The role of consumers in addressing climate change

2min
page 34

Comparing carbon prices with emission standards

3min
page 31

Green recovery: What drives firms towards climate action?

3min
page 30

The climate decade: Changing attitudes on three continents

2min
pages 32-33

Tradeable performance standards a promising tool in the transportation sector

2min
page 22

Reducing vehicle ownership while maintaining mobility: The case for car sharing

3min
page 23

Policies for electric vehicles must target not only adoption but also (sustainable) use

3min
pages 24-25

3. Governance and Behaviour

1min
pages 28-29

How are cities driving connected and autonomous vehicles?

2min
pages 26-27

Swedish phase-out of internal combustion engines enabling decarbonization or relocation emissions to battery manufacturing?

4min
pages 20-21

Three types of barriers to overcome for successful implementation of abatement measures

3min
pages 16-17

1. Buildings and Transport Infrastructure

1min
pages 6-7

A concrete change: Decarbonizing cement production

3min
page 9

Net-zero emissions require best available technologies and transformative shifts

3min
pages 10-11

2. Transportation

1min
pages 18-19

An electricity system based on renewables that addresses future power demand

3min
pages 14-15

Hydrogen-mediated direct reduction of steel and the electricity system a win-win combination

2min
pages 12-13

Preface: We need to dramatically accelerate the climate transition

5min
pages 4-5
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