For more than a century, oil has powered your car, your flights, and much of the American economy. Not because it’s clean — but because it’s easy to move, store, and use on demand. That logistical edge is what made it unbeatable. Until now.
A new product is drawing attention in the energy industry.
If it works the way early reports suggest, it could challenge one of oil’s biggest advantages in a way few people saw coming.
Oil remains the dominant source or energy
Renewables are growing fast, if the news is anything to go by. Solar farms expanding, wind turbines are multiplying, and yet, oil still dominates.
Why? Because it’s easy to store, easy to transport, and easy to plug into systems already built. That’s the bar any alternative has to meet.
Hydrogen has long been pitched as the cleaner replacement. When you use it, it doesn’t emit carbon. On paper, it looks ideal — especially for heavy industry, shipping, and long-haul transport where batteries struggle.
So what’s the holdup? Production isn’t the main issue anymore. Researchers have figured out how to generate hydrogen at scale. The real problem is moving it because hydrogen is volatile. As a gas, it’s tricky — and risky — to store. To make it portable and safer, you often have to cool it to extremely low temperatures, which takes a lot of energy.
So now you’re stuck with a paradox: a clean fuel that’s hard to handle and a promising solution that’s complicated to ship.
Until someone cracks the logistics puzzle, hydrogen stays in the “almost there” category. And that’s what’s keeping oil in the lead — for now.
We tried to create another energy source. We only lost money
Hydrogen has always sounded like the future — clean, abundant, and powerful. And yet, it keeps getting stuck in pilot programs and small demonstration projects. The problem isn’t producing hydrogen; it’s moving it safely, affordably, and at scale.
Gas is volatile, liquid hydrogen requires extreme cooling, and both are expensive to transport, so the promise stalls. Now here’s where things shift.
Researchers in Australia, working with Curtin University and Velox Energy Materials, aren’t trying to ship hydrogen as a gas at all. They’ve developed a way to store it inside a stable powder using sodium borohydride.
That changes the logistics. Instead of tankers filled with compressed gas or cryogenic containers, you’re transporting a solid material using conventional shipping methods with no ultra-cold systems or high-pressure cylinders.
Just add water and… magic!
At the destination, you simply add water. The powder reacts and releases hydrogen in a controlled way — on demand.
Even the production projections raise eyebrows. Estimates suggest Australia could eventually generate up to 500 million kilograms of green hydrogen per year using this powder-based system. Researchers have gone further, suggesting that a single month at full target capacity could exceed today’s total global hydrogen demand.
That’s a bold claim, because if transportation and storage are the bottlenecks that have held hydrogen back, solving them would change more than just one energy market.
The Australian Renewable Energy Agency (ARENA) is currently investing in a multi-year effort to commercialize the process of exporting hydrogen as a powder, and to establish a viable global market.
The overall goal is to transform hydrogen powder into a commercially viable, low-cost export product as opposed to simply a one-time means of carrying hydrogen.
This technological breakthrough did not come from the world’s largest oil-producing country. The U.S. has not generated hydrogen in this format at a commercial scale previously. Instead, Australia is beginning to establish itself as an exporter of energy that resembles oil in neither appearance nor functionality—but can displace it. If this technology scales as expected, oil will not be replaced by either debate or regulatory decisions—but by a better way to move energy.