MIT's New Energy Scholars Tackle Green Hydrogen

MIT's New Energy Scholars Tackle Green Hydrogen

2025-11-26 technology

Cambridge, Wednesday, 26 November 2025.
MIT Energy Initiative introduces 20 scholars focused on green hydrogen, biomining, and battery tech. This initiative marks a crucial step towards sustainable energy, highlighting hydrogen’s key role in climate goals.

The Future of Energy Research

The MIT Energy Initiative’s latest cohort of Energy Scholars is truly a who’s who of innovation in the field. These 20 bright minds are diving into the world of green hydrogen, a key player in the move towards a sustainable future. Hydrogen, often hailed as a superstar in the clean energy lineup, has the potential to revolutionise how we think about energy and emissions [1].

Green Hydrogen: The Star of the Show

If you’re wondering why green hydrogen is getting so much attention, it’s because it’s a bit of a miracle worker. It can decarbonise hard-to-abate sectors and even act as a long-term energy storage solution [2]. The scholars at MIT are exploring ways to make hydrogen more accessible and effective, which could significantly impact our global energy landscape [1].

Innovative Projects

Among the projects, India Cox is working on green hydrogen production through intermediate temperature steam electrolysis, a promising method that could make hydrogen production more efficient [1]. Meanwhile, Hui Sun is exploring biomining techniques to extract critical minerals needed for clean energy technologies [1]. These projects highlight MIT’s comprehensive approach to tackling energy challenges from multiple angles.

Global Context

Globally, the demand and investment in hydrogen are ramping up. Governments worldwide are recognising its potential, resulting in billions being committed to infrastructure and technology [2]. However, challenges such as high production costs and limited infrastructure remain [2].

The Bigger Picture

While the MIT scholars are hard at work, the world is watching closely. As we move towards a 50/50 fossil and non-fossil energy mix by 2050, innovations like those from MIT’s Energy Scholars could be game-changers [3]. The energy transition is no walk in the park, but with initiatives like these, we’re making strides towards a cleaner, more sustainable future.

Bronnen


green hydrogen energy transition