Swift reduction in global coal emissions key to reaching climate targets

Supercharging growth of solar and wind is vital but not enough on its own, new IEA report finds, calling for rapid financial mobilisation to drive secure, fair and affordable transitions worldwide

According to the IEA report, every future pathway for the global energy sector that avoids severe impacts from climate change involves early and significant reductions in coal emissions. Getty Images photo.

This article was published by the International Energy Agency on Nov. 15, 2022.

The world must move quickly to reduce carbon dioxide emissions from coal significantly in order to avoid severe impacts from climate change, according to a new International Energy Agency report.

The IEA report – Coal in Net Zero Transitions: Strategies for Rapid, Secure and People-Centred Change – calls for immediate policy action to rapidly mobilize massive financing for clean energy alternatives to coal and to ensure secure, affordable and fair transitions, especially in emerging and developing economies.

Analysis in the report highlights what it would take to bring down global coal emissions rapidly enough to meet international climate goals while supporting energy security and economic growth, and addressing the social and employment consequences of the changes involved. This includes the major implications for the coal sector of a transition to net zero emissions by 2050, which would give the world an even chance of limiting global warming to the critical threshold of 1.5°C.

The new analysis in the special report, which is part of the World Energy Outlook series, shows that the overwhelming majority of current global coal consumption occurs in countries that have pledged to achieve net zero emissions. However, far from declining, global coal demand has been stable at near record highs for the past decade. If nothing is done, emissions from existing coal assets would, by themselves, tip the world across the 1.5°C limit.

“Over 95 per cent of the world’s coal consumption is taking place in countries that have committed to reducing their emissions to net zero,” said IEA Executive Director Fatih Birol. “But while there is encouraging momentum towards expanding clean energy in many governments’ policy responses to the current energy crisis, a major unresolved problem is how to deal with the massive amount of existing coal assets worldwide.”

“Coal is both the single biggest source of CO2 emissions from energy and the single biggest source of electricity generation worldwide, which highlights the harm it is doing to our climate and the huge challenge of replacing it rapidly while ensuring energy security,” Dr Birol added. “Our new report sets out the feasible options open to governments to overcome this critical challenge affordably and fairly.”

Every future pathway for the global energy sector that avoids severe impacts from climate change involves early and significant reductions in coal-related emissions. The report argues there is no one single approach to putting coal emissions into decline. The new IEA Coal Transition Exposure Index shows the countries where coal dependencies are high and transitions likely to be most challenging: Indonesia, Mongolia, China, Viet Nam, India and South Africa stand out. A range of approaches, tailored to national circumstances, is essential.

Arifin Tasrif, Minister of Energy and Mineral Resources of Indonesia, said “Reducing emissions from coal on the scale and speed required to achieve net zero pledges will be significant challenges, mainly for emerging markets and developing economies, including Indonesia.”

Today, there are around 9,000 coal-fired power plants around the world, representing 2,185 gigawatts of capacity. Their age profile varies widely by region, from an average of over 40 years in the United States to less than 15 years in developing economies in Asia. Industrial facilities using coal are similarly long lived, with investment decisions set to be made this decade that, to a large degree, will shape the outlook for coal use in heavy industry for decades to come.

Coal transitions are complicated by the relatively young age of coal power plants across much of the Asia Pacific region. If operated for typical lifetimes and utilization rates, the existing worldwide coal-fired fleet, excluding under construction plants, would emit more than the historical emissions to date of all coal plants that have ever operated.

According to the IEA, a massive scale up of clean sources of power generation, accompanied by system-wide improvements in energy efficiency, is key to unlock reductions in coal use for power and to reduce emissions from existing assets. In a scenario in which current national climate pledges are met on time and in full, output from existing global unabated coal-fired plants falls by about one-third between 2021 and 2030, with 75 per cent of it replaced by solar and wind. This decline in coal output is even sharper in a scenario consistent with reaching net zero emissions by 2050 and limiting global warming to 1.5 °C. In the Net Zero by 2050 Scenario, coal use falls by 90 per cent by mid-century.

Michael R. Bloomberg, UN Secretary-General’s Special Envoy on Climate Ambition said “On the other side of this transition is a stronger economy and healthier communities – and we have no time to waste getting there.”

An important condition to reduce coal emissions is to stop adding new unabated coal-fired assets into power systems. New project approvals have slowed dramatically over the last decade, but there is a risk that today’s energy crisis fosters a new readiness to approve coal-fired power plants, especially given the IEA report’s finding that around half of the 100 financial institutions that have supported coal-related projects since 2010 have not made any commitments to restrict such financing, and a further 20 per cent have made only relatively weak pledges.

Spain closed its coal mines in 2018 and cut its coal generation capacity by 90 per cent since then.  “Spain has made a strong effort to achieve a fair and balanced energy transition, notably for the regions and workers who depended on coal mining and coal-fired power plants,” said Teresa Ribera Rodríguez, Deputy Prime Minister and Minister for the Ecological Transition and the Demographic Challenge of Spain.

The IEA says governments can provide incentives for asset owners to adapt to the transition. Favourable economics for clean electricity generation, on their own, will not be enough to secure a rapid transition away from coal for power generation. Coal plants are often shielded from market competition, in some cases because they are owned by incumbent utilities, in others because private owners are protected by inflexible power purchase agreements.

IEA analysis shows that outside China, where low-cost financing is the norm, the weighted average cost of capital of coal plant owners and operators is around 7 per cent. Refinancing to bring this down by 3 per cent would accelerate the point at which owners recoup their initial investment, clearing a path for one-third of the global coal fleet to be retired within ten years.

International collaboration, public financial support and well-designed approaches that incorporate the need for people-centred transitions will be essential in the move away from unabated coal. Energy transitions will create millions of clean energy jobs, although not necessarily in the same places as the coal jobs that are lost, and the required skills in many cases can be different. While it is unlikely to absorb all of the employment lost in the coal sector, critical mineral mining can provide new industrial opportunities and revenue sources for companies and communities hitherto dependent on coal.





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