Products & services

Global Gas Model Next Generation

Run global gas market simulations under various supply, demand, piped, storage, contract sales and producer behaviour assumptions.

Connect with a gas & LNG expert to learn more.

Make informed decisions by building your own view of the global gas market

Uncertainty - over future gas prices, over trade flows, and even the role of gas in the global energy mix. How can you make long-term investment decisions with confidence?

Nevertheless, energy companies are committed to increasing the proportion of gas and LNG in their portfolios, and banking on gas as the transition fuel to a lower-carbon economy.

Wood Mackenzie’s cloud-based Global Gas Model Next Generation is built for accurate data-driven decision making. Starting with the comprehensive base case dataset, build your own bespoke scenarios  and minimise risk by conducting ‘what if’ sensitivity analysis.

Features at a glance

Web-based user interface – edit inputs and review outputs with ease.  User-friendly and highly intuitive navigation.

Flexible data display – charts (bar, area, line etc.) or tabular view with enhanced filtering options.

Data exports – data can be easily exported  as an excel or CSV file for further analysis.

Superior  data coverage – view LNG, piped and contracted flows by source and destination, supply scheduling, liquefaction and regas utilisation, development status and more.

Your subscription includes: 

  • 2 base case updates per year; forecasts for sectorial demand and potential supply, infrastructure, contracts and player behavior out to 2040.

  • Coverage of all gas markets  including 1,000 contracts and 16,000 pipeline and shipping routes; >2,000 supply, >1,000 demand, > 190 Liquefaction and >200 regas nodes

  • Full training programme with ongoing access to our global team of gas analysts.

  • 1,000

    contracts

  • 16,000

    pipeline and shipping routes

  • >2,000

    supply, 1,000 demand, 190 liquefaction and 200 regas nodes

Designed for you

Learn how the Global Gas Model can help.