On the Combustion of Green Hydrogen in Future Energy Systems

该项目旨在解决关键的基本问题，以促进动力和机动性氢基燃料的燃烧。这是通过将先进的激光诊断技术和新的计算方法应用于混合氢燃料的湍流火焰，从而产生新的物理知识和预测模型来实现的。这些将为工程师提供必要的工具来设计和操作燃料灵活的能源系统，以加快向使用绿色氢气的关键过渡。预期结果包括新颖的实验方法和数据库、可靠的软件，以及能够促进这一过渡并加快全球脱碳进程的毕业生，同时将澳大利亚定位为氢气超级大国。

This project aims to address key fundamental issues that will facilitate the combustion of hydrogen-based fuels for power and mobility. This is achieved by applying advanced laser diagnostics and novel computational methods to turbulent flames of hydrogen fuel blends hence generating new physical knowledge and predictive models. These will provide engineers with essential tools to design and operate fuel-flexible energy systems that speed up the critical transition towards employing green hydrogen. Expected outcomes include novel experimental methods and databases, reliable software, and graduates capable of facilitating this transition and accelerating the global decarbonization process while positioning Australia as a hydrogen superpower.