Economy

How Albanese can make Australia’s future the smart way

This is what the generals busy fighting the last war don’t get. This is why their implication that the government should sit back and see how the market reacts to this sudden drop in our standard of living is bad economics.

Former ACCC chair Rod Sims points out that Australia is the world’s largest exporter of coal and gas, combined.Credit: Dion Georgopoulos

What we must do is something we’ve never needed to do before: hunt around in our natural endowment to find something else offering us a new comparative advantage. This is why we’re so heavily indebted to Garnaut for being the first to realise and trumpet the news that, in a decarbonised world, all our sun and wind have suddenly gone from being of little value to hugely valuable.

Australia has much more sunlight than most other countries and as much wind as the best of them. What makes this so valuable is that it’s so expensive to turn renewable energy into a form that can be exported.

Sims demonstrates the value of our new comparative advantage with the example of iron metal. At present, we export iron ore, the metallurgical coal used to reduce the iron ore to iron metal, and both the thermal coal and gas, which can provide the heat to make the iron metal.

We export the ingredients and let others bake the cake because that’s what makes economic sense. In the coming zero-carbon world, however, it will make economic sense to produce green iron in Australia.

Green iron is likely to need green hydrogen in place of the coking coal that turns the ore into metal. However, making green hydrogen requires a massive amount of renewable energy to power the electrolysers that split water into hydrogen and oxygen.

So green iron should be made in Australia because the economics has been turned on its head. If it costs, say, $100 to mine a tonne of metallurgical coal in Australia, you can send it to China for just an extra $5 or $10. But if hydrogen costs $100 to make here in Oz, it will cost at least another $100 to ship it to China.

With hydrogen, you need to turn it into ammonia, at great expense, to be able to ship it, and then you need to turn it back into hydrogen at the other end. This is complex and will involve much leakage.

So renewable energy should be used close to where it’s produced. Sims says all overseas studies he’s seen suggest that Australia is likely to be the cheapest place in the world to make green iron. Those trying to make green iron by importing hydrogen will be uncompetitive.

It should be the same story for green aluminium, green fertiliser, green silicon and green aviation fuel. We will be able to export our masses of surplus renewable energy embedded within those many products.

So, yes, we can have a lot more manufacturing in our future. And the best place for this further processing will be close to the regional sources of sun and wind-produced electricity.

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But while green iron-making technology is proven, it’s not yet been done at scale, Sims says. Those who go first will inevitably make mistakes, from which others will learn. Those mistakes will be costly for the first mover but hugely beneficial to those who come after.

In other words, this learning by doing is a “positive externality” – a benefit to other businesses and the community generally for which the first business isn’t rewarded.

This is the hard-headed economic justification for temporary government grants to firms starting out in industries directly related to the exploitation of our new-found comparative advantage.

(The key “negative externality” relevant to the transition to renewable energy is the cost to the environment from the use of fossil fuels to make steel and many other things that the relevant businesses aren’t required to pay for, thus putting renewable energy producers at a price disadvantage – something the former Productivity Commission bosses keep forgetting to mention.)

But, Sims rightly warns, if all the Made in Australia talk means subsiding businesses making solar panels, wind farm components, batteries and electrolysers – in none of which we have a comparative advantage – then there’s no way we’ll become a superpower, and the extra manufacturing jobs will come at the expense of jobs in all other industries. Labor voters and the ACTU take note.

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  • Source of information and images “brisbanetimes”

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