Tag Archives: Energy

Expanding coal exports is bad news for Australia and the world

This article was originally published at The Conversation. Read the original article.

In the coming months our new federal government will be promoting a massive expansion in Australia’s coal exports. In all likelihood they’ll hail it as “good For Australia”. It isn’t.

Most of us are familiar with the damage coal mining, export and burning does to the environment. We know it affects health, contributes to climate change, risks groundwater supplies and threatens the Great Barrier Reef.

For many, that damage is offset by what they see as social and economic benefits, here and abroad. But in almost all cases, those benefits are exaggerated or non-existent.

How much carbon dioxide are we exporting?

The Australian Bureau of Resources and Energy Economics expects (p. 106) that Australia’s black coal exports in the financial year 2013-14 will be 350 million tonnes (Mt).

With an energy content factor of about 27 GJ/tCoal, and an emissions factor (including oxidation factor) for CO2 of about 88.2 kgCO2-e/GJ, this gives 2.38 tonnes of CO2-e (CO2-equivalent) from every tonne of coal burnt.

The effects of methane and nitrous oxide released from coal combustion bump it up to 2.39 tCO2-e. That implies that the combustion of our coal exports will release around 836 Mt CO2-e. To put that figure in perspective, Germany’s CO2emissions in 2011 were just 807 Mt.

Greenpeace estimates the mega-mines planned for Queensland’s Galilee Basin alone would produce some 705 million tonnes of CO2 each year. That’s enough to chew through around 6% of the CO2 the entire world can release to keep warming to 2C above pre-industrial temperatures.

Burning coal causes billions of dollars in damage

Our coal exports are causing massive environmental, social and economic damage. These costs are not factored into coal’s export price.

In May the US Government revised its estimates for the net present value of global damage caused by CO2 emissions. These models may significantly under-estimate the costs of damage, but the results are sobering.

By these conservative US Government estimates, our current coal exports are causing between A$11 billion and A$103 billion of damage globally each year (in 2013 dollars). None of this is included in the coal export price.

When we consider that total revenues from exports in FY2013-14 (p. 94) are expected to be around A$41.5 billion, and actual profits are a much smaller fraction of revenues, we can be confident that the unpriced damage caused by our coal exports is likely to be significantly greater than the profits made from those exports.

If our coal exports were to reach 1000 Mt by 2020, they would be producing around 2390 Mt of CO2 and up to A$370 billion in global damage each year.

Pricing this damage could fund the repair

It will be argued of course, that this reasoning doesn’t take into account the economic benefits from the energy produced from the coal. True. But the export price should be higher to internalise the costs of damage – otherwise markets will continue to give misleading signals.

Correcting the market failure of externalised costs could be done either in Australia with an export tax, or in the importing countries with an import tariff or domestic price on carbon.

If Australia imposed an export tax itself, as Peter Christoff suggested, then the Australian people would capture the benefits of that revenue stream. We could fund climate adaptation measures, clean energy and disaster risk reduction in Australia. We could pay our international climate finance obligations to the poorest developing countries to help them to adapt to climate change.

The coal boom damages our economy

Treasury officials and researchers such as Richard Denniss and Matt Grudnoff have shown the resources boom helped to push up our exchange rate.

This caused significant damage to tourism, tertiary education, manufacturing, agriculture and other clean export industries – a classic example of the so-called Dutch-disease. These industries employ vastly more people (Table 06) in far more widely dispersed locations than coal mining.

Leisure tourism has also been hard hit, not only by the higher exchange rate, but by higher labour costs and difficulties attracting skilled staff.

A massive expansion of coal mining would make capital and labour even more expensive for other industries – exacerbating the crowding out effects already seen in the first phase of the mining boom.

Australia Institute researcher Mark Ogge has said: “Consultants for Clive Palmer’s China First coal mine in the Galilee basin estimated, in the company’s EIS, that this effect of driving up labor costs would mean 3,000 jobs will be lost in other parts of the economy, with manufacturing being the hardest hit.”

Powerful coal interests distort our political system

Guy Pearse and Clive Hamilton blew the whistle on the influence the fossil fuel industry has on Australia’s climate change and energy policies. Powerful coal mining companies and their lobbyists distort our political economy, and the expansion of the industry will only make the problem worse.

The tourism and education sectors are together just as significant export earners for Australia, and employ far more people, than coal mining.

But there is no equivalent to the giant mining companies in those sectors to make large political donations, or to fund well-orchestrated lobbying and media campaigns promoting their interests.

Our coal undercuts clean energy in developing countries

The argument is often made that if we really cared about the poor we’d export a lot more coal – but this is purest nonsense. It ignores the devastating costs of climate change and respiratory illnesses to the poor, and makes it harder for developing countries to transition to a clean energy future.

Wind energy is already competitive with new coal-fired power stations in India and solar is expected to be competitive by 2018.

The World Bank no longer funds coal fired power stations in developing countries and analysts at Goldman Sachs are already warning that coal export terminals are a bad investment because expected global demand for thermal coal has been over-estimated.

Australia should halt its plans to expand its coal production and exports – it enriches a few at the expense of millions and will inflict immense damage both on our own country and on the rest of the world.

Complacency and hubris

Last week I gave a presentation to the Master Builder’s Association on climate change and its projected impacts. One of the most difficult things to convey in such talks is context – what does 2, 3 or 4°C degrees of warming above pre-industrial temperatures actually mean? Richard Jones Executive Director of the International Energy Agency said in April, for example, that we are on track for something like 6°C:

Now this is the International Energy Agency talking – not Greenpeace. In June Rex Tillerson, the CEO of ExxonMobil was interviewed, and this is some of what he had to say:

Hmmm. We’ll adapt? OK so what does 6°C warming in historical context look like? Well, as a former geologist, I’ve always been fascinated by paleoclimatology (not that I knew that word when I was six and was learning the names of all the dinosaurs). The chart below, which is a composite from various studies published in the scientific literature, gives some perspective, running from 542 million years ago, to today:

If you’re wondering where the dinosaurs were, they existed from roughly the Triassic (Tr), through the Jurassic (J) and into the Cretaceous (K) periods, 250 to 65 million years ago. Then we come to the Paleocene (Pal) and Eocene (Eo) epochs. Around 50 million years ago the earth experienced something called the ‘Eocene Optimum‘ in which temperatures were around 6°C warmer and there was little or no ice on the planet. As you can see from the chart – the Earth took several million years to reach this temperature and tens of millions to cool back to current levels. And of course we had the oscillations of the ice ages along the way, with temperatures a few degrees cooler than now at various times. 50 million years is a long time of course, so it may help to take a look at how horses evolved over that period:

So 50 million years ago, the last time we had temperatures 6°C warmer than now, horses as we know them didn’t exist – just little guys we’ve called Hyracotheriums (sometimes called Eohippus) that stood only 20 cm tall. So what would 6°C warming look like in historical context? Well, like this:

We’re not talking then, about going back to the days of plucking grapes off vines in merry olde England during the medieval warm period.  No, 6°C in less than 100 years is essentially a vertical line straight up, to temperatures that haven’t existed on Earth since the ancestors of horses were the size of small dogs and humans were a distant dream. As far as we know, the Earth has never experienced such a massive near-instantaneous temperature rise. That’s what Mr Tillerson smilingly assures us that we and the planet’s ecosystems can adapt to. As a result of the views of powerful interests like Tillerson’s and the hordes of other deniers, most governments are treating climate change, if at all, like a moderately significant economic reform – like tariff reform or floating the dollar, rather than as a national and global emergency. As Robert Manne wrote recently in his superb but chilling article A Dark Victory: How vested interests defeated climate science: “This is a victory that subsequent generations cursing ours may look upon as perhaps the darkest in the history of humankind.”

Well I for one am not giving up yet. I think our children, the poor and our planet are worth fighting for. Please give your support to one of the many organisations striving for urgent action on climate change. And maybe next time you hear someone saying that we’ll just adapt or that taking urgent action on climate change is ‘extremism’  – show them this chart.

The future of transport in Australia

Tonight I attended a useful seminar on the future of transport in Australia organised by the Melbourne Energy Institute and the Grattan Institute. Chaired by Professor Roy Neel, Chief of Staff to former US Vice President Al Gore and Adjunct Professor of Political Science at Vanderbilt University, speakers included:

  • Ms Fiona Calvert, Director Strategy and Resource Efficiency Policy, Policy and Communications Division at the Department of Transport, Victoria;
  • Prof Nicholas Low,Professor of Environmental Planning, Faculty of Architecture Building and Planning, University of Melbourne, and Associate Director and Founder of GAMUT  – The Australasian Centre for the Governance and Management of Urban Transport;
  • Mr Patrick Hearps, Research Fellow, Melbourne Energy Institute, University of Melbourne;
  • Mr William McDougall, Principal, Public Transport, Practice Leader, Sinclair Knight Merz.

There was a live webcast, but I’m not sure if the footage is being uploaded somewhere. I hope so.

UPDATE: The webcast has been uploaded here.

One point I’d missed was a fascinating Guardian article by John Vidal on information from Wikileaks that cables from the US embassy in Riyadh “urge Washington to take seriously a warning from a senior Saudi government oil executive that the kingdom’s crude oil reserves may have been overstated by as much as 300bn barrels – nearly 40%.” If true, and few seem to believe that official Saudi reserve statements are accurate, the economic implications are serious.

MEI’s next seminar is on November 16 on ‘The Future of Solar Power’ – should be interesting.

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