EU Should Stick to Fossil Fuel for Making Hydrogen, NGO Says
(Bloomberg) -- Decarbonizing some of the European Union’s most polluting industries could be more effective if fossil fuels are used to produce hydrogen in the near term rather than renewables, according to an environmental organization.
So-called “blue hydrogen” — which is made from natural gas, but with carbon dioxide emissions captured and stored — is less costly and therefore more likely to be scaled rapidly than “green hydrogen” made from renewables, according to Clean Air Task Force, a Boston-based organization.

Its researchers criticized the EU’s target to produce and import 20 million tons of green hydrogen by 2030, arguing it lacks a “clear basis” and would suck up electricity made from renewables that could be put to better use. Their findings cast doubt over the envisaged role of green hydrogen in decarbonizing the EU’s economy, even as policy makers have made it a crucial part of their plans.
“We should not invest public funding in projects that are not ideal and will lead to very inefficient projects,” Magnolia Tovar, CATF’s global director of zero-carbon fuels, said in an interview. “We are critical of the targets. It would be good if the goals are reassessed.”
Hydrogen, the basic chemical element that fuels the sun, has the potential to generate energy with hardly any CO2 emissions. But unlike solar power or wind, hydrogen first needs to be extracted. That can be done in a number of ways, some of which are cleaner than others. For now, the most common — and cheapest — forms of production rely on fossil fuels.
CATF researchers said hydrogen deployment should be limited to emissions-intensive industries that either already use it, for example as a chemical feedstock, or where no other energy-efficient or cost-effective decarbonization options are available.
Other environmental groups have pushed against the use of blue hydrogen, arguing that mitigating emissions via carbon capture and storage risks locking the continent into fossil fuels.
CATF, however, says it’s more cost-effective than importing hydrogen made far away using renewables. It also recommended exploring the use of imported liquefied natural gas to produce hydrogen closer to end users in Europe, particularly after the continent increased LNG import capacity in the aftermath of Russia’s war in Ukraine.
CATF’s report analyzes the cost implications of different methods of transporting hydrogen to Europe from potential exporters like Norway, Algeria, the US or Chile.
For pipeline transport, Norway is the cheapest provider of low-carbon hydrogen at small volumes of around 250,000 tons of hydrogen per year, while Algeria is the lowest cost at volumes of 1 million tons and above.
(Updates with details of report from penultimate paragraph.)
©2023 Bloomberg L.P.
KEEPING THE ENERGY INDUSTRY CONNECTED
Subscribe to our newsletter and get the best of Energy Connects directly to your inbox each week.
By subscribing, you agree to the processing of your personal data by dmg events as described in the Privacy Policy.
More renewables news

Global ESG Market Shrinks After Sizable Decline in US
Nov 29, 2023
Chinese Oil Refiners Spend Heavily to Tap Clean Energy Boom
Nov 29, 2023
Rockefeller Foundation Makes Net Zero Pledge for $6 Billion Endowment
Nov 28, 2023
EU’s Hoekstra Tells Non-G7 States They Need to Pay Up on Climate
Nov 27, 2023
China Solar and Storage Firms Face Challenging 2024: BNEF Summit
Nov 27, 2023
How Ferrari’s CEO Stays Ahead of His Competition
Nov 24, 2023
Cocoa Farming Lures New Money as Brazil Is Set to Revive Exports
Nov 24, 2023
COP28 Holds Key to Global Carbon Market That Could Help Improve Offsets
Nov 24, 2023
Green Bond Sales Surge in UAE Before It Hosts Climate Summit
Nov 23, 2023
Australia to Significantly Bolster Green Energy Investment
Nov 22, 2023
There is a lot of hope in hydrogen
Nov 17, 2023
The important role of Scope 3 emissions in a circular economy
Nov 16, 2023
Realising the power of AI to drive real-time optimisation
Nov 15, 2023
SERTECPET focused on promoting sustainability in the oil and gas sector
Nov 15, 2023
Digitalisation can act as a driver for decarbonisation
Nov 14, 2023
The trillion-dollar opportunities on the road to net zero
Aug 16, 2023
Unlocking growth opportunities in sustainable finance
Jul 12, 2023
Decoding the trends shaping the future of energy
Jun 14, 2023
Exploring ESG’s critical role in the journey to net zero
May 18, 2023
Clearing the air on carbon markets in the Middle East
Apr 26, 2023Partner content

IT/OT convergence: balancing agility and reliability

Technologies that can help the oil and gas industry decarbonise

World-class energy management systems can shape a sustainable future

Automation is the key to LNG present and the future scenario for hydrogen
