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Consultancy in techno-economic simulation for InterContinental Energy, Singapore

Accelerating the green energy revolution on gigawatt scale projects

Consultancy in techno-economic simulation for InterContinental Energy, Singapore

Accelerating the green energy revolution on gigawatt scale projects

Chemicals

InterContinental Energy

Singapore Singapore

Broome,

Australia

Sustainability

Complexity of investment decisions
Profitably plan, build, and operate some of the world's largest green energy projects, comprising wind power, solar PV, electrolysis and ammonia plant assets
Planned date for export of Green NH3, H2 and Green Fuels toward 2028

Simulation model as a techno-economic digital twin
Simulation of annual upstream electricity generation and downstream Green NH3, H2 and Green Fuels production
Accurate quantification of economic, environmental, and technical benefits, e.g. the lowest levelized cost of ammonia (LCoA) over the complete project duration
Customer training

Mitigate risks and minimize costs by quickly evaluating novel ideas
Speed, clarity, and confidence on multiple investment decisions
Future-proof execution roadmap
Long-term sustainable employment
Social benefits to local communities
Leverage extensive experience, also in grid planning and software
Model serving as a blueprint for similar projects

Plan to build multiple GW renewable energy hubs comprising wind power, solar PV, electrolysis and ammonia plant assets for green H2, NH3 and Green Fuels production across Western Australia, Oman and Saudi Arabia by 2028.

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Success Story ICE Green Energy Revolution

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