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Coal | Electric Power | Natural Gas

Infographic: Sustainable hydrogen: blue and green pathways to decarbonization

Commodities | Energy | Electric Power | Renewables | Natural Gas

Hydrogen: Beyond the Hype

Energy | Energy Transition | Natural Gas

Methane Performance Certificate Assessments

Energy Transition | LNG | Natural Gas

7th Asia LNG and Hydrogen Gas Markets Conference

Commodities | Electric Power | Electricity | Energy | Coal | Emissions | Metals | Non-Ferrous

Metals customers now need specific sustainability product data: LME webinar

Energy | Energy Transition | Emissions | Natural Gas | ESG | The Path to Net Zero

Methane performance certificates to bring price transparency to emission reduction efforts

Infographic: Sustainable hydrogen: blue and green pathways to decarbonization

Close to 80% of the world's hydrogen production is derived from natural gas (gray hydrogen), 20% from coal or lignite (black or brown hydrogen), the remainder from electrolysis of water (green hydrogen if renewable power is used).

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Add carbon capture to steam methane reforming or gasification and you get blue hydrogen. In a decarbonized world, the future of hydrogen will be blue or green. Energy companies are racing to commercialize these processes. It's early days and the costs are high, but the potential prize is a material slice of future fuel, chemical and industrial feedstock markets.

Related story: Potential for electrolysis-based hydrogen small in medium term: Platts Analytics

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