What You Will Learn In The Webinar
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Although simple in principle, estimating the emissions associated with green hydrogen and ammonia production is surprisingly complicated. Monash University in Melbourne, Australia, has been developing an online tool for estimation of life-cycle emissions for hydrogen production.The high level tool enables estimation and optimisation of green hydrogen/ammonia plants for lowest cost and lowest GHG emissions. 
This comprehensive tool brings together several key components:

• An hourly simulation model for hydrogen-ammonia production, which encompasses synthetic solar and wind models, as well as historical generation data from the NEM and WEM regional grids.
• A life-cycle assessment (LCA) database and model that facilitates a life-cycle assessment and net-energy assessment (NEA). The LCA and NEA consider the full spectrum of life-cycle impacts, encompassing grid (Scope 2) emissions and upstream Scope 3 emissions.
• A levelised cost model, providing insights into the economic aspects of hydrogen and ammonia production.
• A sensitivity and optimisation model that allows for testing various scenarios and assessing sensitivities across a range of factors.

In this webinar, Graham Palmer, one of the main authors of this great tool, will explain why it is important to measure and track the carbon emissions of hydrogen, how his tool works and what you can do to use it for your projects and your decision making.

​​​​​​​​​​​​​​SPONSORS of the Mission Hydrogen Webinar Series:
GOLD:  NEUMAN & ESSER GROUP | Wenger Engineering GmbH 
Silver:  Atlas Copco |  Burckhardt Compression AG | Dräger Safety | Hexagon Purus | MSA – The Safety Company | VOSS Holding GmbH + Co. KG 
Bronze: LFE, Linde, TT Gaskets