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Gas Flaring
CO2 emissions
The volumes of natural gas flared in 2022 were around the same level as in 2010
Technology deployment
Oil producers have a range of readily available options to reduce and avoid flaring, with a number of new technologies also under development
Policy
A number of countries have introduced policies to reduce flaring
Investment
Operators that sell high-flaring assets are often passing on a problem to other operators that may be less willing, or less able, to cut down on flaring
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Demand Response
Country and regional highlights
Notable progress to advance demand response is being made
Activity
Demand response markets are expanding, but greater effort is needed to align with the Net Zero Scenario
Technology deployment
Enabling technologies offer high flexibility potential, although deployment is still lagging
Innovation
Innovative solutions and approaches are being tested to expand residential participation in demand response
Policy
International collaboration
Acknowledgements
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Paper
Country and regional highlights
There is growing ambition on electrifying heat in the European paper industry
CO2 emissions
Emissions intensity has seen a decade of reductions, but further effort is needed going forward
Energy
Further energy efficiency improvements and fuel switching are needed to get on track with the Net Zero Scenario
Activity
Technology deployment
The adoption of high-temperature heat pumps combined with an increased use of low-emission fuels can reduce emissions
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District Heating
Country and regional highlights
Momentum for change is growing within the district heating industry
CO2 emissions
Decarbonisation efforts have not yet been sufficient to curb associated emissions
Energy
Despite large potential for the integration of renewable sources and recycled heat, fossil fuels dominate district heat supplies globally
Deployment
The district heating industry is transitioning to lower-temperature networks and integrating renewable energy sources
Innovation
Policy
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Light Industry
Country and regional highlights
Important investment programmes are being deployed to push energy efficiency and decarbonisation in light industries
CO2 emissions
While light-industry emissions have declined since 2010, a more rapid decline is needed to get on track with the NZE Scenario
Energy
The share of fossil fuel use is declining, but progress needs to accelerate
Technology deployment
Innovation
Innovation is less pressing than for heavy industry, but will still pay off
Policy
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Cement
Country and regional highlights
Major policy developments of the last year hold promise for reducing emissions from the cement sector and increasing public procurement of low-carbon concrete
CO2 emissions
Cement emissions remain stubbornly high – the development and deployment of new technologies is essential to get on track with the NZE Scenario
Energy
Activity
Technology deployment
Innovation
Supporting infrastructure
Policy
International collaboration
Private sector strategies
Acknowledgements
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Rail
Country and regional highlights
Europe targets modernisation of the rail network and India rapid electrification, while China is expanding its network with a focus on high-speed rail
CO2 emissions
Rail is the least emissions-intensive mode of passenger transport – its expansion will help reduce overall emissions
Energy
Expansion of electric trains continues rapidly in the NZE Scenario, particularly to replace diesel-powered freight trains
Activity
Innovation
Policy
Acknowledgements
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Behavioural Changes
Country and regional highlights
Governments have supported or mandated behavioural changes in buildings and on roads
CO2 emissions
Behavioural changes can quickly reduce CO2 emissions
Activity
Growth in activity is inevitable as economies develop and populations increase, but behavioural changes can help to offset these increases
Policy
Russia’s invasion of Ukraine and the resulting energy crisis have increased the salience of behavioural changes
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Direct Air Capture
Country and regional highlights
The United States is leading the race on policy support for DAC
CO2 capture
DAC plants currently operate on a small scale, but with plans to grow
Energy
How can we capture CO2 directly from the atmosphere?
Innovation
A small but growing DAC technology portfolio is emerging
Supporting infrastructure
DAC deployment for carbon removal relies on the availability of low-carbon energy sources and CO2 storage
Policy
Investment
International collaboration
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Electrolysers
Country and regional highlights
Progress is spread across different continents, from China, which leads on installed capacity, to the European Union, which have adopted important policies, and other regions like India and the Middle East moving forward with a small number of large-scale projects
Technology deployment
Global installed electrolyser capacity reached 1.4 GW at the end of 2023, almost double the one at the end of 2022
Technology manufacturing
Innovation
Policy
Investment
Acknowledgements