BNEF, Snam, IGU report finds global gas industry set to resume growth post-pandemic; low-carbon technologies for long-term growth
After growing by more than 2% in 2019, global gas use is set to fall by around 4% in 2020, as the COVID-19 pandemic reduces energy consumption across the global economies. However, the resulting low gas prices, as well as clean air and climate policies, will promote further switching to gas from other more polluting energy sources, such as oil and coal. This trend was already underway before the pandemic, due to cost-competitive gas in key sectors including power, industry and transport, and major regions including Europe, North America and Asia.
The Global Gas Report 2020, published by the International Gas Union (IGU), research company BloombergNEF (BNEF) and Snam, the Italian-headquartered international gas infrastructure company reviews key global gas industry developments over the last year, provides a high-level outlook for future gas market developments, and examines the potential of hydrogen as a clean fuel to help meet climate goals.
The report shows that medium-term growth will come from increasing cost-competitiveness and increased global access to gas. A particular growth opportunity exists in liquefied natural gas. LNG imports reached 482 billion cubic meters in 2019, up 13% from 2018, and while this figure is expected to fall by around 4.2% in 2020, it could rebound quickly to previous levels as soon as 2021, depending on the persistence and longevity of the pandemic.
Ample natural gas resources exist to support demand growth, but greater gas infrastructure development is needed to support growth in the medium term. India is planning to almost double the length of its gas transmission grid, while China will grow its gas network about 60% by 2025.
The pandemic has created disruption in the global energy sector, but low gas prices will ultimately stimulate demand growth as the economy recovers. We have already seen unprecedented coal-to-gas switching in Europe, and clean air policies in major growth markets such as India and China will drive more gas adoption in the next few years.—Ashish Sethia, global head of commodities at BNEF
Low-carbon gas. In the longer term, there are major opportunities to scale up the use of low-carbon gas technologies, but these depend on substantial policy action and infrastructure investment in the coming years. Clean hydrogen could abate up to 37% of energy-related greenhouse gas emissions, according to BNEF estimates. However, this would require a range of meaningful steps, including emissions pricing linked to clear, Paris-aligned long-term climate targets; harmonized standards governing hydrogen use; coordinated strategies regarding regional and global infrastructure roll-out, and the deployment of hydrogen-ready equipment, such as pipelines, gas turbines and end-use appliances.
It is increasingly clear that the goals of the Paris Agreement cannot be met without a substantial scale-up of clean gas technologies—such as hydrogen. While the economics are challenging today, a joined-up policy approach could unleash the investment needed to bring costs down, develop scalable business models and drive adoption across the hard-to-abate sectors.—Jon Moore, CEO of BNEF
The development of an international hydrogen market could also accelerate adoption. The report finds that Germany, which is pursuing rapid development in hydrogen, could procure cost-competitive hydrogen (at about $1/kg) in 2050 from a variety of sources, including via electrolysis from its own domestic renewable power, or via pipeline imports from North Africa or Southern Europe.
The hydrogen market is on the verge of a revolution. The goal is to bring down the cost of green hydrogen until it becomes competitive with fossil fuels in many applications in the next five years. A smart way to scale up hydrogen production is blending it with natural gas in existing gas pipelines, something Snam has been testing for two years. We envision a future where clean hydrogen produced in Southern Italy or North Africa can be transported through our pipelines to serve Central and Northern European needs. While matching supply and demand in the most efficient way, the infrastructure is expected to play a central role in supporting the penetration of hydrogen in the energy mix.—Snam CEO Marco Alverà
Potential magnitude of resource and landed cost of hydrogen in Germany, 2050. Source: BloombergNEF. Note: Based on a levelized cost of electricity from a standalone PV generator of $16/MWh in Algeria and Spain, $26/MWh from onshore wind and $41/MWh from offshore wind in Germany, natural gas price of $1.5/MMbtu in Russia, $8.7/MMbtu in Germany, coal price of $40/t in Germany, pipeline distance of 2,800km from Algeria to Germany, 2,000km from Spain to Germany and 4,000kms from Russia to Germany.
Natural gas in the long term. The report also reviews the long-term outlook for natural gas under different existing scenarios, including those from the International Energy Agency, BNEF and IGU analysis. The IEA’s Stated Policies Scenario, from its 2019 World Energy Outlook, envisions gas use growing 1.4% per year to 2040, while BNEF’s economics-led New Energy Outlook 2019 foresaw 22% growth in power sector gas demand to 2050.
In contrast, the IEA’s Sustainable Development Scenario sees natural gas use declining from the end of the 2020s onward as the global energy demand flattens and the world embraces stronger climate action. And both IGU and BNEF analysis indicate that around one-third of energy-related emissions could be abated by adoption of clean gas technologies. This divergence in outlooks highlights both the risks and the opportunities for the global gas sector in the energy transition—and the importance of actions taken by both industry and government to capture the new opportunities and mitigate the risks for the sector in the coming decades.