• Fundamentals to 2050: Country-by-country demand and supply forecast for key hydrogen markets to 2050.
• Demand sectors coverage: Insight into end-use sectors including refining, fertilisers, power generation, gas blending, road transport, steel, maritime and aviation.
  
• Green and blue projects​: Hydrogen project pipeline by country, including developers, production capacity, timelines, renewable energy generation, electrolyser details, and offtake agreements​.
• Country-by-country: Detailed analysis of the hydrogen strategy in the US, Canada, Brazil, Chile and Colombia. Supply-side analysis is provided for Mexico, Argentina and Uruguay.
• Breakeven price analysis: Hydrogen technologies versus sector incumbents and other alternative fuels.
• Downloadable datasets: Excel data files with key data for demand and breakeven prices by sector for years 2030, 2040 and 2050.
• Regional and global coverage: This report covers Americas. We also offer reports for Europe and Africa, as well as Asia-Pacific and the Middle East.
• Access to specialists: Speak to the experts behind Argus’ long-term market analysis.
  

• At what price will hydrogen be competitive to incumbent fuels, and how will these prices develop in each sector?  
• Which countries are best positioned to produce low or zero carbon hydrogen?  
• Will regulation, carbon taxes or incentives be required to unlock the potential of low or zero carbon hydrogen projects?  
• What are the key blue and green hydrogen projects being developed?  
• What is the global forecast for low or zero carbon hydrogen demand to 2050, and in which end-use segments? 

• Projected volume and drivers of growth in the market for hydrogen as a decarbonization fuel.  
• Hydrogen’s competitive position in the decarbonizing economy and sectors expected to adopt hydrogen.  
• The factors likely to determine the development of low-carbon hydrogen capacity and the locations likely to become key supply hubs and demand centres. 

• Green energy project developers
  Understand where the best locations are to develop green energy projects, given factors such as a country’s decarbonization policies and targets, access to subsidies, offtake potential, etc.
• Oil and gas
  Understand whether existing fossil-based production portfolios should be adapted to incorporate low carbon hydrogen and how this can be achieved.
• Hydrogen producers
  Understand what sectors will demand hydrogen, in what quantities, in what form and when.
• Hydrogen technology companies
  Inform strategic decisions around manufacturing capacity required, when to build, what to build, and where to locate production facilities.
• EPC (Engineering, Procurement and Construction) service providers
  Understand which sectors are likely to adopt hydrogen and when, to more efficiently deploy resources to develop the most profitable opportunities.
• Commodity traders, storage owners and distributors
  Understand the evolution of hydrogen and hydrogen derivative trade routes and volumes to formulate trading strategies, plan required infrastructure build and establish partnerships.
• Financial investors
  Gain a comprehensive understanding of the factors likely to support or impede hydrogen-related opportunities to inform investment decisions that are aligned with their strategic goals.
   

‘Hard-to-abate’ sectors

• Steel production
  Understand which countries have steel decarbonisation strategies, the companies exploring green steel initiatives, the technological readiness and status of projects, and economic competitiveness of green steel production. 
• Marine fuel supply chain
  Understand the potential for various low carbon bunker fuels (hydrogen, ammonia, methanol, and biofuels) considering International Maritime Organisation (IMO) targets becoming increasingly more stringent.  
• Aviation supply chain
  Understand the demand drivers (i.e. policy, feedstock) for sustainable aviation fuels (SAF), market potential and which geographies are likely to be demand centres.
  

New demand sectors 

• Power generation and utilities
  Understand the potential and pace at which hydrogen can be used to reduce emissions in power generating assets – either as ammonia co-fired in coal-based power plants or as hydrogen blended with natural gas in gas-based power plants.
• Transport
  Understand hydrogen’s potential penetration across various vehicle segments (heavy goods vehicles, buses, taxis, and passenger cars) versus competing (battery and fossil-fuel) alternatives, in the context of available policy and subsidy support.
• Residential heating
  Understand a country’s initiatives for blending hydrogen in the gas network (for residential and commercial use), blending rates, demand potential and timeline.