Opinion

eBook | Investing in hydrogen from now to 2050: what you need to know

Why investing in hydrogen remains a US$2 trillion investable opportunity to 2050

1 minute read

While some of the excessive hype around hydrogen has subsided, the lightest element remains a heavyweight contender in the energy transition thanks to its potential to decarbonise key hard-to-abate sectors. 

But for investors, capitalising on this US$2 trillion investable opportunity requires deep insight. Wood Mackenzie's Lens Hydrogen platform gives you the critical intelligence you need to capitalise on this game-changing opportunity.

Our recent eBook draws on insights from our powerful Lens Hydrogen platform to provide investors and financiers with a timeline-based view on the outlook for low-carbon ammonia and e-fuels through to 2050.

This resource was designed to help you:

  • Understand key market drivers and policy developments shaping demand
  • Gain clarity on the economics and competitiveness of different hydrogen technologies
  • Explore emerging opportunities in low-carbon ammonia, e-fuels, and sustainable aviation fuel
  • Access detailed project valuations and benchmarking across the global market
  • Get a timeline-based view of how the market will unfold through 2050

Lens Hydrogen provides a 360° view of the hydrogen value chain, enabling you to:

  • Understand fiscal and state level economic implications, and get support with comprehending taxation and government incentives
  • Track hydrogen, ammonia, and methanol assets in real-time, with views on operation likelihood  
  • Run asset valuations to explore the financial viability of a hydrogen project
  • Effectively manage existing portfolios
  • Confidently assess future investments
  • Navigate market complexities while achieving financial and environmental goals

Download the eBook

Don't miss out on hydrogen's transformative potential. Fill out the form at the top of the page to download your free copy of the eBook and position yourself at the forefront of the energy transition.