Date
May 2019
Date
May 2019

The Federal election campaign has featured climate change as a pivotal issue. The public’s attention is being focused following Australia’s hottest ever summer, extreme and costly weather events, the student climate strikes and persistent downplaying by the Government of climate change as an issue warranting urgent action.

At the centre of both the Government’s and Labor’s policy suites is the Safeguard Mechanism. Lowering the Safeguard Mechanism baselines is currently the only policy option for reducing emissions outside the electricity sector. Building on our recent article, Assessing the impact of government policies on your climate risk management approach, we focus on the role of the Safeguard Mechanism and contrast the positions of the two major parties.

The policy landscape: same policies, different targets

While the two major parties have vastly different targets for emissions reductions and renewable energy uptake, the policy mechanisms are essentially the same. Currently emissions reductions are driven three ways: a) through the Safeguard Mechanism, b) reducing electricity demand (resulting from efficiency measures) and c) renewable energy sources becoming sufficiently cost effective that they are ‘business as usual’. The effectiveness or adequacy of these mechanisms is a separate issue.

Australia’s emissions have risen steadily since the repeal of the carbon price in 2014. Against the backdrop of the Paris Climate Agreement, the IPCC’s Special Report on 1.5oC of warming, and the concerns of the global investor community of the costs associated with a changing climate, pressure is growing nationally and internationally for Australia to pursue deeper cuts to emissions.

A snapshot of the Safeguard Mechanism framework under each party

Regardless of which party is victorious in the upcoming election, the Safeguard Mechanism (SM) remains the central policy outside the electricity sector that requires facilities to reduce emissions. As it is as an economy wide measure, there is a large amount of interdependence. For example, the emissions from a Safeguard facility may also be reduced if vehicle emissions standards are imposed.

Summary of safeguarding under the Coalition and Labor:

What does that mean for coverage of national emissions?

Figure 1: Coverage of the Safeguard Mechanism under the two parties

The Coalition Safeguard Mechanism covers 26% of 2018 national emissions.

The proportion of national emissions covered under the ALP’s Safeguard Mechanism can be inferred from the reported NGER figures. NGER values may also include small facilities below the 25ktCO2-e threshold, however a conservative assumption indicates an ALP Safeguard Mechanism would cover an additional 7% (39MtCO2-e) of our national emissions.   

Under a government of either party, 37% of national emissions remain outside both the electricity sector and the Safeguard Mechanism, and policy options for reductions in these emissions are currently limited. This leaves the Safeguard Mechanism as the main policy lever for driving significant emissions reductions across the economy.

The task ahead: baseline reductions required to reach the 2030 targets

Coalition

Under the existing Coalition policy suite, driving down Safeguard Mechanism baselines is the only option to reduce emissions outside the electricity sector. Our modelling indicates business as usual electricity generation in 2030 will have associated emissions of 88MtCO2-e, and so we assume the remainder of the target must be met through reductions to the Safeguard Mechanism baselines.

To reach the national target of 26-28% reduction on 2005 levels by 2030, emissions for safeguard facilities will need to reduce by 1.2 - 2.2% per annum from 2020. The rest of the 2030 emissions reduction task is largely delivered by the take up of renewables which, because it is cost effective, is business as usual.

Labor

Under a Labor Safeguard Mechanism, should the 37% of national emissions not covered by the Safeguard Mechanism not be reduced through any other measure, emissions from Safeguard Mechanism facilities would need to fall by 11.6% per annum from 2020. Noting that Labor has also proposed additional support for emissions intensive trade exposed (EITE) industries, which may put emissions reduction requirements on other Safeguard Mechanism facilities. This indicates that other measures will be needed outside the Safeguard Mechanism in order for the targets to be met.

Even assuming all sectors outside the electricity sector reduce emissions equivalently, to reach the 45% reduction on 2005 levels by 2030, emissions would need to decrease by 3.9% per annum from 2020.

Preparations for changing baselines

With the Safeguard Mechanism remaining the centrepiece of Australia’s climate change policy suite, large emitters would benefit from a robust emissions forecast, and an in depth understanding of the points of sensitivity and the factors that underpin their emissions forecasts. Understanding compliance options and ways that liabilities can be managed; including submission timeframes and audit requirements over and above existing reporting obligations, places businesses in a better position to act in a changing policy environment.

Regardless of the outcome of the election, pressure continues to grow from a range of stakeholders across the investor community, regulators such as ASX and APRA, supply chain partners, consumers and local communities. Social licence to operate and investor confidence will be increasingly contingent upon a business’ willingness to address their climate risks. Pursuing emissions reductions within a strategic plan and against a series of targets, will not only increase confidence, but mitigate future regulatory risks when the emissions reduction task deepens.

 

References

[1] Australian Labor Party | Labor's Climate Change Action Plan

[2] Footprint | Coalition recasts ‘Safeguard’ rules for big emitters

Related insights

icon-remove

Get our thought leadership directly to your inbox

Keep up to date with the latest insights on net zero, climate resilience and clean energy transition.