Sunday environmental round up, 11 October 2020

A look at current figures to see if China going carbon-free will destroy Australia’s coal industry. COVID is bad enough but some people have had COVID and extreme weather events to deal with. Governments have an opportunity to use the COVID recovery to clean up international trade’s supply chains and emissions. How to buy sustainable fish.

China’s commitment to achieve net zero carbon emissions by 2060 has serious implications for Australia as well as China. Mike Cannon-Brookes has predicted that Australia’s fossil fuel industry will collapse within 20 years as a result. The graphs below, all taken from a report by the Reserve Bank of Australia last year, provide some indications of the challenges ahead for both countries.

First, just so we are in no doubt about the overall picture: coal and gas are still responsible for generating just over 60% of the world’s electricity (total about 26,600 TWh) and the amount being generated by both is increasing. Solar and wind are also increasing but only at about the same rate as coal and gas, and together they still generate only about 12% of all electricity.

Second, global coal production peaked around 2013 but has remained high since then. China produces just under 50%. Five other nations, including Australia, are much smaller producers (5-10% each).

Third, Australia exports about 75% of its coal production (not shown here; Graph 1 in the RBA report). In tonnage, Australian thermal coal exports slightly exceed metallurgical coal. Japan remains the major destination for Australian coal but China has been increasing its Australian coal imports over the last decade. India is a significant market for metallurgical coal but not thermal.

Fourth, Indonesia is the major exporter in the world’s large thermal coal market but Australia has a 20% share. Australia dominates the much smaller metallurgical coal export trade.

I’m not as smart as MC-B but it isn’t obvious to me that China’s plans on their own are going to destroy Australia’s coal business in the next 20 years. If anyone knows Mike, perhaps you could see if he’s interested in writing a piece for P&I explaining his thinking. Seriously!

A preliminary assessment of areas affected by COVID-19 that have also suffered climate-related disasters has revealed that:

  • At least 92 disasters involving floods (the major culprit), droughts and storms have involved 52 million people (mostly in India and Bangladesh) and resulted in over 3,000 deaths;
  • 3 million people have been affected by wildfires, with 53 deaths. The biggest, along the USA’s west coast, has caused 34 deaths;
  • 432 million people have been exposed to extreme heat during COVID, including a European heatwave that affected 76 million people and resulted in over 9,000 deaths during July and August. The death toll during the other heatwaves is unknown.

The authors note that these figures are almost certainly severe underestimates and that they have not even considered later consequences such as increasing food insecurity, displacement and conflict. They conclude, We cannot deal with the pandemic and its economic impacts in isolation from the climate crisis and wider development objectives such as poverty reduction. [W]e should consider how to not just recreate our old vulnerabilities, but invest in greener, more resilient and inclusive societies.’ Scotty and Josh clearly don’t agree.

International freight by land, sea and air is heavily dependent on fossil fuels and is responsible for over 7% of global emissions. The business is expected to triple by 2050 and it’s widely seen as one of the more difficult sectors of the economy to decarbonise. Meeting the Paris Agreement to keep global warming below 2oC will be difficult if international freight doesn’t come to the party but it’s escaped a lot of scrutiny until now because it is, well, international and often falls into the gaps between national commitments. There’s a strong argument that now is the ideal time for governments to start to engage with this problem. With many transport companies struggling during the pandemic, governments could attach strong environmental conditions to any bail-outs and loans – requirements to purchase more fuel-efficient planes and achieve emissions reduction targets, for example. Governments could also reduce global trade by encouraging more regional production of goods. This has the added advantage of reducing dependence on foreign supply chains. Another option for reducing imports and preventing countries without a carbon price free-loading on those that do is to put an emissions-based border tariff on imported items. This is already planned for Europe.

Talking of international trade, the supply chains of big multinationals such as Walmart, Apple and Coca-Cola are responsible for almost a fifth of global greenhouse gas emissions. Freight is one contributor. More significantly, however, in pursuit of cheap labour and loose regulations, multinationals have moved much of their production to developing countries, especially in Asia. Consequently, developed countries have reduced their emissions (with one or two notable exceptions!) by ‘exporting’ the dirty processes that produce the commodities that they still consume to developing countries. The Paris Agreement is entirely based on the emissions actually generated within a nation’s borders. It would more accurately reflect a country’s contribution to global warming if the emissions associated with each country’s consumption patterns were monitored and reduced.

Our Treasurer has been encouraging couples to breed for the economy but a survey in the USA in early September indicates that 11% of childless couples cite concern about climate change as a major reason for their decision; another 15% say it’s a minor reason. There was very little difference between women’s and men’s responses but non-white people, Gen Zs and Millennials, and non-Republicans were more likely to consider climate change in their decision to remain childless. It’s a bit perplexing that 16% of child-free Boomers gave climate change as a reason.

‘You can’t just go and buy a rhino in the shops because everyone knows they’re endangered and there’s laws and regulations that protect these species. It’s the same for whales and dolphins and turtles and things that we care about.’ Carissa Klein

‘But for animals we don’t relate to. Things like fish, shrimps and squid, we can still hunt, buy and eat them even if the species has declined so much that the species is threatened with extinction.’ Leslie Roberson

To hear more from Carissa and Leslie from the University of Queensland about buying fish responsibly to protect endangered species, have a look at Jellyfish with your chips, a simple but effective 3-minute video.

Peter Sainsbury is a retired public health worker with a long interest in social policy, particularly social justice, and now focusing on climate change and environmental sustainability. He is extremely pessimistic about the world avoiding catastrophic global warming.

Comments

4 responses to “Sunday environmental round up, 11 October 2020”

  1. Peter Farley Avatar
    Peter Farley

    By my calculations it won’t take 20 years. Today the NEM showed its lowest ever daytime demand and renewables have supplied more than 30% of power on the NEM for the last 8 weeks, already supplying significantly more power than brown coal and gas combined. There is enough renewables coming on stream over the next 3 years to pretty much double wind and solar output so by 2024 we should see wind and solar combined close to 40% of supply with hydro, biomass and waste to energy another 7-9% so one can expect gas and coal output to fall by about 35% in three years. It is hard to imagine it will take another 17 years to fall to negligible amounts
    So far this year renewables in Europe have provided more power than coal and gas combined. After a couple of quiet years renewable investment is again accelerating and coal and gas consumption falling so in the not too distant future Australian coal and gas exporters to Asia will find a new competitor in Russia.
    Korea is forcing seasonal coal shutdowns and accelerating gas and renewables and Japan is starting to take its offshore wind potential seriously to add to its 50 GW and growing solar fleet while gradually restarting its nuclear.
    Demand for thermal coal in China and India is starting to fall while employment creation efforts have expanded mining capacity so it is not beyond possibility that Chinese miners will re-enter the North Asian export market to compete with Australian supplies, while new rail lines will make local coal cheaper than imported product for coastal Indian power plants. In the last six months coal plant closures exceeded openings for the first time ever and still the coal plant utilisation in almost almost all the major markets is at near record lows
    In summary I expect thermal coal exports to halve over the next seven years
    As for gas, all the new gas fields in Australia have costs well above the current world market price and gas demand while still growing is starting to follow coal’s trajectory as new gas plants are failing to get finance. Demand for new gas turbines is running at about 25% of production capacity so it is fairly clear that demand is growing more slowly than projected by the industry, Thus the least competitive supplier (Australia) will rapidly lose market share. The decline won’t be as rapid as coal, but probably within 15 years exports may halve if the major exporters have not actually gone broke

  2. Dr Andrew Glikson Avatar

    Considerations based on politics, economics and social science, with which many are familiar, miss the critical point rgarding the physical state of the planet. As atmospheric greenhouse gases are continuously rising, to 411.29 ppm in September 2020 (https://www.esrl.noaa.gov/gmd/ccgg/trends/mlo.html), a rise to near 600 ppm CO2-equivalent is projected toward the end of the 21st century. This means acceleration of melting of the large ice sheets and of sea level rise, as the jet stream boundary of the polar regions are weakened and extreme weather events rise. These consequences are hardly communicated to the public as climates scientists are almost excluded from communicating the evidence on the pages of the mainstream media, on the radio and TV, dominated by vested interests.

  3. Ken Dyer Avatar
    Ken Dyer

    Mike Cannon-Brookes is not far off the mark. As promised by Albanese the other night, A 21st Century smart electricity grid promises several things – the guaranteed demise of coal fired power, the rise of RE in all its forms, the permanent and ongoing reduction of emissions, and the ability for homes to become mini power stations and actually earn income from their capital investment in solar panels and batteries, replacing the outdated system of feed in tariffs.

    The main reason that coal is dominant in Australia is the electricity grid. It is akin to a computer mainframe with dumb terminals. The situation in Australia will not change whilst the Coalition government remains in power, and pays attention to the coal lobby’s influence.

    https://www.youtube.com/watch?v=NDtKFbXoQ6Q

    That is why the Coalition government does not include a revised electricity grid in its infrastructure plans – it mitigates against coal and gas. As for China, there has been a net decrease in coal fired power stations over the last decade, and renewables will become cheaper than fossil fuel within the next few years, thus coal’s demise will accelerate.

    https://www.smart-energy.com/renewable-energy/renewables-will-be-cheaper-than-coal-by-2026-in-china-study/

    1. Peter Farley Avatar
      Peter Farley

      The good news Ken is that the situation is changing in spite of the coalition. In 2008 coal and gas supplied about 230 TWh of power across Australia. In spite of the economy growing about 35% since then coal and gas generation has fallen to about 180 TWh and the decline is speeding up. By 2026 it will have halved from the peak and the coal and gas intensity will have fallen by 60%. Now we have to tackle energy efficiency and transport