Engineering as a Transition Engine to E-Fuels: An Opportunity for Australia and Chile

Hector Quezada, Country Manager PA Engineering Australia

The global energy transition requires immediate solutions that reduce emissions without requiring large investments and deadlines associated with the generation of new infrastructure. In this context, E-Fuels have emerged as a strategic option, especially for countries such as Australia, where biodiesel and ethanol (EBP) already play a key role in the energy matrix, the integration of synthetic fuels could open new doors towards a more sustainable future, complementing emerging technologies such as green hydrogen and 100% electric vehicles.

At PA Engineering we know the impact that this transition will have on multiple sectors around the world, and that’s why, as an example of our contribution to the development of E-Fuels, I highlight the HIF Global project in the Magallanes Region in Chile, worked between 2021 and 2022. Thanks to our capabilities in basic and detailed engineering, this initiative achieved the implementation of the MtG plant, a system that allows through technological innovation to transform methanol, from green hydrogen, into synthetic gasoline with low CO2 emissions.

Engineering not only provides technical solutions; it is also the bridge that connects technological innovation with the real needs of industry and users. In our work with HIF Global, we design everything from mechanical and electrical systems to logistics interconnections that ensure safe and efficient operation. This comprehensive approach is essential for E-Fuels to be viable, competitive and sustainable.

In Australia, where natural gas is expected to continue to play a relevant role until 2050, E-Fuels can position themselves as a complementary alternative and bridge to a greener economy. In addition, their compatibility with existing infrastructure makes them a cost-effective solution in the short and medium term, allowing emissions to be reduced without requiring radical transformations in logistics and supply chains.

In this context, while Chile and Australia face common challenges, they also share opportunities for mutual empowerment. While Chile leads in the field of green hydrogen, consolidating as a key player in E-Fuels, Australia brings a proven regulatory framework and advanced infrastructure for the development of innovative fuels.

For this reason, the recent agreement signed by HIF Global and Forico to manufacture E-Fuels in Australia from 2028 can be seen as a concrete step that shows how both countries can collaborate on the adoption of market-leading green technologies. The work already underway around jet biofuels under the Jet Zero Australia brand is also a good indicator that Australia has already embraced this vision: an energy transition that is sustainable and commercial.

Therefore, I invite industry and energy leaders in Australia to find opportunities to collaborate with Chilean engineering. Together, we can develop E-Fuels faster and make the transition more sustainable. With them at its core, engineering will continue to be the driver of change as the way we see and use energy changes. Are we ready for the next step? I know that together, we can build a cleaner and fairer energy future for ourselves and the next generations.