The Prospects of Indonesia’s Nickel Boom Amidst a Systemic Challenge from Coal
Indonesia is a country that is booming economically and demographically. This not only matters for regional, political, and energy security, but also increasingly, for the world’s energy transitions, due to Indonesia’s large metal reserves, as well as its equally important coal consumption in industry and for power generation.
Over the last 20 years, Indonesia’s economy has been characterized by very dynamic growth, massive increases in its electricity demand, and coal consumption and exports. Hence, its greenhouse gas (GHG) emissions are on a steady growth trajectory, although the country has committed to lowering them by 32% (unconditional) or 41% (conditional) by 2030.
With its Organization for Economic Cooperation and Development (OECD) membership application, occurring in the context of global energy transition requirements and geopolitical confrontations, Indonesia is today at a crossroads.
Electric Vehicles: A Strong and Still Understated Performance
Electric vehicles (EVs) are better for the climate – even in worst-case scenarios. Across its life cycle, a typical European electric car produces less greenhouse gas (GHG) and air pollutants or noise than its petrol or diesel equivalent. Emissions are usually higher in the production phase, but these are more than offset over time by lower emissions in the use phase. According to the European Environment Agency’s report on electric vehicles, life cycle GHG emissions of EVs are about 17-30% lower than those of petrol and diesel cars.
Global Coal Markets at a Climax. An Era of Coal Decline is Finally about to Begin
In a previous note published in 2018, we noted that global coal demand had flattened. Several governments had announced coal phase-out plans, global coal power investment had contracted, and investment in greenfield coal mines was also at a standstill. The freezing of financial resources for coal projects might have indicated the beginning of a structural decline in coal demand and supply.
Consequences of the coal phase-out on the electricity production in Germany: a best practice model for Europe?
2020 marked the beginning of the total phasing out of electricity production based on coal, as well as coal extraction in Germany. Laws implemented in 2020 concluded a governmental process started in 2015, which itself resulted from a prior broader debate on the role of coal in a viable and sustainable energy and economic system.
Addressing the Climate Emergency: Closing 1,000 Gigawatts of Coal Plants by 2035
In order to have any chance of limiting global warming to well below +2°C, there is no choice but to tackle coal-fired power plants head-on, around the world.
South Africa’s Energy Policies: Are Changes Finally Coming?
Energy and electricity policy, planning and regulation in South Africa has been slow and bureaucratic, lacking visionary leadership, and marred by uncertainty. Policy positions and actions taken have tended to be reactive, and driven more by crisis management than by forward-looking leadership.
China’s Ambiguous Positions on Climate and Coal
China’s 2018 energy consumption data capture the ambiguity of Beijing’s attitude toward climate change. Energy demand rose by 3.5% to 3,155 million tonnes of oil equivalent (Mtoe), with an increase of coal consumption (though its share in the overall energy mix is decreasing) and an expected greenhouse gas (GHG) emission surge of 2.3%, to 9.5 gigatonnes (Gt) for the same year.
Status of Global Coal Markets and Major Demand Trends in Key Regions
For the second consecutive year, the coal sector registered good results in 2018. Global coal demand continues to increase (+0.7% in 2018), reversing the trend observed in 2015-16. Coal accounted for 26% of global primary energy consumption, maintaining its position as the second-largest energy source after crude oil, and the first for electricity generation with 38% of global power generation.
Carbon Capture, Storage and Utilization to the Rescue of Coal? Global Perspectives and Focus on China and the United States
In most of the pathways that limit global warming to 1.5°C, capture of CO2 from fossil-fuel or biomass-based installations and its long-term geological storage (carbon capture and storage - CCS and bio-energy with carbon capture and storage - BECCS) plays a crucial role.
Booming Prices on the European Emission Trading System: From Market Oversupply to Carbon Bubble?
Since its creation in 2005, the European emission trading system (EU ETS) has been through several periods of turmoil. With emission allowances (EUA) averaging around 7 euros per ton from 2012 to 2017, European Member States have been trying to remedy the depressed price signals successively through market design reforms at both European level (backloading, market stability reserve) and national level, with the UK introducing a carbon price floor for its domestic power sector in 2013.
Electric Vehicles: A Strong and Still Understated Performance
Electric vehicles (EVs) are better for the climate – even in worst-case scenarios. Across its life cycle, a typical European electric car produces less greenhouse gas (GHG) and air pollutants or noise than its petrol or diesel equivalent. Emissions are usually higher in the production phase, but these are more than offset over time by lower emissions in the use phase. According to the European Environment Agency’s report on electric vehicles, life cycle GHG emissions of EVs are about 17-30% lower than those of petrol and diesel cars.
Global Coal Markets at a Climax. An Era of Coal Decline is Finally about to Begin
In a previous note published in 2018, we noted that global coal demand had flattened. Several governments had announced coal phase-out plans, global coal power investment had contracted, and investment in greenfield coal mines was also at a standstill. The freezing of financial resources for coal projects might have indicated the beginning of a structural decline in coal demand and supply.
China’s Ambiguous Positions on Climate and Coal
China’s 2018 energy consumption data capture the ambiguity of Beijing’s attitude toward climate change. Energy demand rose by 3.5% to 3,155 million tonnes of oil equivalent (Mtoe), with an increase of coal consumption (though its share in the overall energy mix is decreasing) and an expected greenhouse gas (GHG) emission surge of 2.3%, to 9.5 gigatonnes (Gt) for the same year.
Carbon Capture, Storage and Utilization to the Rescue of Coal? Global Perspectives and Focus on China and the United States
In most of the pathways that limit global warming to 1.5°C, capture of CO2 from fossil-fuel or biomass-based installations and its long-term geological storage (carbon capture and storage - CCS and bio-energy with carbon capture and storage - BECCS) plays a crucial role.
Decarbonizing Germany’s Power Sector: Ending Coal with a Carbon Floor Price?
Germany has a long tradition of climate policy programmes with ambitious greenhouse gas emission reduction targets and comprehensive climate and energy policy packages.
This target-driven policy approach is, however, increasingly facing challenges due to the lack of progress on greenhouse gas emission reductions in key sectors, i.e. the power, the transport and the building sector.
Coal and Climate Change: the "Chinese Way" ?
This article, issued after Asia Center and ASEF's international conference on coal issues in China (26th and 27th of June 2014 in Beijing), tackles the challenges the country is facing in restructuring its coal industry, in a context of severe and recurrent air, soil and water pollution outbursts.
Global Coal Trade from Tightness to Oversupply
Over the past four years, international coal trade has been reshaped by China’s surging imports.
The European Coal Market: Will Coal survive the EC's Energy and Climate Policy?
The European coal industry is at a crossroads. The European Commission (EC) Energy Policy by 2020, the 20/20/20 targets, is not favourable to coal:
a 20% decrease in CO2 emissions does not favour coal compared with natural gas, its main competitor in electricity generation;
a 20% increase in energy efficiency will lead to a decrease in energy/coal consumption;
a 20% increase in renewables will displace other energy sources, including coal.
China and Cleaner Coal: A marriage of necessity destined for failure?
For China, coal is a crucial source of abundant, indigenous and affordable energy and is a pillar of economic and social stability. From a logic of energy security, and because the industry itself maintains a formidable political presence through the sheer fact of its history and size, this resource will continue to play a central role in the country’s energy mix. But in order to respond to the growing need to reduce the burden of coal use on the environment and the Chinese population, and to prevent catastrophic climate change, both Chinese leaders and the industry itself have faced a certain reality - coal must become cleaner.
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