Lots about Australia this week: sharks in greater peril from humans than vice versa; bells tolling, albeit still distantly, for coking coal and more loudly for thermal coal; gas industry captures the WA government; evidence that last year’s bushfires were linked to climate change.
Shark attacks make the headlines on the 6 o’clock news and in next day’s newspapers. We don’t hear quite so much from the sharks about ‘human attacks’. However, over the last 50 years the number of sharks and rays has decreased by at least 70% as a result of human activity, mostly associated with overfishing or as accidental, but profitable, bycatch. Meat, fins, gill plates and liver oil are all valued somewhere. More than three quarters of species are threatened with extinction, which constitutes a risk not just for the sharks and rays but also whole marine ecosystems and food security in many nations. Urgent action is needed to protect sharks and rays and there’s lots that can be done. Bycatch can be lessened by avoiding shark hotspots, using shark friendly gear that allows sharks to break free and checking lines regularly to release any hooked sharks safely. Overfishing can be controlled with catch limits, marine conservation areas and better coordination between government environmental and fisheries agencies.
At the recent Ocean-climate Ambition Summit, John Kerry, Biden’s climate ambassador, emphasised an often forgotten issue, ‘you cannot protect the oceans without solving climate change and you can’t solve climate change without protecting the oceans.’
An increasing number of nations are announcing net zero emissions targets. Financial institutions (banks, insurance companies, investors) are progressively developing policies to exclude fossil fuels from their portfolios. Thermal coal, burnt to produce heat to generate electricity, is on an unstoppable decline, forced out of the market by cheaper, cleaner, healthier renewables. On the other hand, coking or metallurgical coal, which Australia has in abundance and provides 55% of the global seaborne trade, has been seen as having a more assured future because of the paucity of alternatives for producing both the high temperatures and the chemically-reducing environment required to produce steel. All of this we know. However, in an end-of-year review, Tim Buckley documents the increasing number of steel manufacturers announcing net zero emissions targets. To deliver this, they are moving their businesses away from a dependence on coking coal towards electric arc furnaces, ‘green’ hydrogen and carbon capture, use and storage (CCUS). Buckley also highlights the release of a roadmap by Lendlease for delivering absolute zero (absolute note, not net) by 2040. As Buckley points out, this is a highly significant development as it includes scope 3 emissions (notably, those generated by the production of the materials Lendlease buys – e.g. steel – and the downstream users of its products). Lendlease’s roadmap also recognises the responsibility of wealthy nations to reduce their emissions more quickly than developing countries and targets 2040, not 2050, for zero. And it rejects the use of carbon offsets. Coking coal may have a longer lifespan than thermal coal but responsible Australia governments and coking coal producers would be advised to start developing a sunset plan now.
Buckley, and his employer IEEFA, have not had many kind words to say about CCUS in the past: an immature, expensive technology that hasn’t worked anywhere it’s been tried has been their general conclusion. However, Buckley is rather more positive about a promising new CCUS proposal in the UK. The plan is to produce hydrogen fuel from natural gas (‘blue hydrogen’) and capture and store 95% of the CO2 produced under the North Sea. The hitch, remembering the urgent need to halve emissions in the next decade, is that that the plant won’t be operational until 2026 and won’t be producing hydrogen at scale until 2030 at the earliest. Ketan Joshi summarises a report that presents a less optimistic view of current and developing CCS technology. Currently operating plants capture just 0.1% of annual global CO2 emissions.
I know you’re going to find this difficult to believe but in the USA thirteen states have passed laws since 2017 that criminalise protests related to oil and gas ‘critical infrastructure’ projects and – this is the bit you’ll find really hard to swallow – politicians responsible for drafting the legislation received significant funding from the fossil fuel industry. Thank goodness that couldn’t happen here.
And now for something completely different. By examining (1) the access of industry executives to government ministers and the Premier through documents obtained under FOI, (2) the revolving employment door between government and industry personnel, and (3) data about political donations kept by the Australian Electoral Commission, 350.org has produced ‘Captured State. The influence of the gas lobby on WA’. The report examines the influence of WA’s main players: the two biggest gas companies, Woodside Petroleum and Chevron, and two industry peak lobby groups, the Australian Petroleum Production and Exploration Association (APPEA) and the Chamber of Minerals & Energy WA. To give you a flavour of the report’s shocking but not surprising findings:
- Over approximately three years spanning 2017-2020, industry groups met with the Premier and ministers at least 158 times – more than once a week; not to mention the frequent phone conversations;
- Meeting dates often corresponded with political donation dates;
- Four of WA’s last five Premiers employed staff who had worked for or went to work for APPEA;
- Premier Mark McGowan’s Chief of Staff and Special Adviser have both previously worked in the gas industry;
- The top ten fossil fuel company donors to political parties in 2018/19 included six gas companies. Between them they donated almost $1 billion, reasonably evenly split between the ALP and the combined Coalition parties.
For an equally shocking story, have a look at this three minute video by Michael West and report by Sandi Keane that expose funding of Australia’s Bureau of Meteorology to the tune of $4.6 million in 2018/19 by companies such as Shell, Santos, Woodside and Chevron to meet ‘customer needs’.
Two setbacks in court for coal miners this week. In a case that’s been running for a decade already, New Acland Coal’s proposal to expand their mine on Queensland’s Darling Downs has been sent slithering down the snake to square 1 by the High Court. Up the ladder went the Oakey Coal Action Alliance who have been fighting the proposal all this time; the Court awarded them costs. And NSW’s Independent Planning Commission has rejected South32’s bid to extend their Dendrobium mine in the Illawarra because of the impact on drinking water and fragile wetlands, damage to Aboriginal heritage sites and the significant greenhouse gas emissions. Coal miners will only stop digging it up when production becomes too difficult or too expensive for them and cases like these are important bricks in that wall.
When townships and forests were burning last summer Prime Minister Morrison did not think that it was the right time to talk about the connections between climate change and bushfires. I hope that, if not Morrison, at least his advisors have read a review article that documents the evidence linking climate change and the extreme forest fires in southeast Australia. It’s quite a technical, but very educational, paper so I’ll let a couple of the authors’ own conclusions speak for themselves:
‘A clear trend towards more dangerous weather conditions for forest fires in Australia has been observed since the mid-twentieth century.’
‘[Recent changes to fire risk measures are an indication of] a directly observable shift in dangerous fire weather in southeast Australia that is beyond historical experience. This emergence is consistent with projections made more than a decade ago.’
‘The evidence suggests that in the absence of ambitious global greenhouse gas emission reductions, rapidly rising temperatures will increase forest fire risk in southeast Australia, particularly through the drying of fuels and more dangerous fire weather [and] …’
‘… that the potential exists for more frequent years with extreme hot and dry conditions in southeast Australia, beyond that expected from mean temperature and rainfall trends alone.’
‘Australia’s Black Summer is consistent with scientific assessments that human-caused climate warming is virtually certain to increase the duration, frequency and intensity of forest fires in southeast Australia.’
Who (clue 1: surprisingly) said this: ‘I am more aware of the changes that there have been in the natural world, around London, than I have been in decades. During the summer, I went for walks in my garden twice a day, at least. It’s only a pocket-handkerchief size — it’s not a big garden — but nonetheless, there was something to be found, every time. And I was listening to birds. I’m a rotten bird watcher — I don’t know one bird from the other — but I know a bit more this year than I did last, I’ll tell you that.’ Clue 2: not Australian. Clue 3: the picture below.
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
9 responses to “Sunday environmental round up. The bells are tolling for coal. Is Fitzgibbon deaf?”
The untruth of claims of “carbon neutral” or “zero emissions” by 2050″need to be known:
1. Such a targets apparently do not include coal and gas EXPORTS, which constitute the bulk of where Australian products are going, ending up in the planetary atmosphere. (https://www.google.com/search?q=how+much+coal+is+exported+from+australia&rlz=1C1GGGE_enAU419&oq=how+much+coal+export+&aqs=chrome.2.69i57j0i22i30l7.8805j0j15&sourceid=chrome&ie=UTF-8)
2. By 2050 global CO2 levels would already reach about 500 ppm, triggering further breakdown of the large ice sheets and further rise of sea levels.
3. The current atmospheric level of above >410 ppm CO2 is already triggering amplifying feedback and release of carbon from land and oceans, through warming oceans (and thereby reduced CO2 intake from the atmosphere), release of methane from permafrost and sediments, desiccated vegetation and fires
4. The general assumption of near term uniform warming is in question in view of the expansion of regions of cold ice melt waters in the oceans (https://link.springer.com/article/10.1007/s10584-019-02458-x) and thereby consequent clash of masses of warm tropical and cold ice melt waters as well as masses of warm and cold air, leading to storminess.
5. Governments are not listening to what the science is indicating.
I have a question. Do you support the closure of coking coal steel plants? Because that is four thousand jobs lost in Wollongong. Please dont talk about hydrogen because thats about twenty years away. If you dont support the closure there has to be an honest admission that coking coal has a place in Australian industrial production. This should be a critical distinction in regard to the ALP policy in regard to coal. The tree tories couldnt giving a flying toss about industrial jobs so there is no need to ask the question to them.
Expertly demolishing your own straw man, Skilts. Glikson appears to argue, that UN Net Zero is closer to narrative than science. So, do you or do you not, think he’s got a point?
My question was really simply. Deserves a straight forward answer. As for Gilson’s issue clearly the modeling projections are not going to be mitigated by the political targets. What that has to do with my simple straight forward question beats me. It just requires a simple yes or no. So do you support the closure of the steel industry in Australia and the cessation of coking coal mining? Its really difficult to get a simple answer.
Peter with respect there is no tolling of anything in regard to the use of coking coal in the process of making steel.The World Steel Association says that the average blast furnace needs 800kg of coal to produce a tonne of steel while the average electric arc furnace (using mainly recycled steel) needs just 16kg of coal. Steel arc technology needs recycled metal. Around 500 million tonnes of steel is recycled every year from scrap, or 31% of total global steel production. This is a very high percentage of recycling for any material and we have no more expansion room. About only 28% of the total raw steel production is made from this process. Another non-emissions intensive process is made by New Zealand Steel with a titano-magnetite iron sand at Glenbrook. No other operation in the world makes steel this way. NZ produces less than 1% of the worlds steel. The PRC currently produces about 46% of the world’s steel with India second with 10%. To illustrate
the dominance of PRC and decline of the US, PRC produces about 990 million tonnes of raw steel each year whilst the US plummeting to the worlds fourth largest producer makes about 81 million tonnes. But NZ is a clever hypocrite on this. New Zealand exports coking coal but that coal does not contribute to New Zealand’s carbon emissions account. New Zealand coking coal has certain special qualities and is in high demand internationally.There is no way NZ will ever terminate its coking coal exports. SSAB of Sweden is building a HYBRIT (Hydrogen Breakthrough Ironmaking Technology – (if this sounds like a PR concoction, it is). The plant is a pilot and will produce steel at 33% higher cost than the current technology. SSAB claims the full production will be up and running in 2045. Steel making technology moves very slowly due to the massive capital cost investment in steel making plants.
The Port Kembla plant of Bluescope contributes about 11% of the greenhouse emissions in NSW. It produces
steel behind a whopping 150% tariff barrier and it is still uncompetative against the dreaded Chinese who
have the most modern blast furnaces in the world and huge economies of scale. Australia is ranked at 26 in
the world producing about 5.3 million tonnes just one place in front of that industrial powerhouse Indonesia
at 27 which produces 5.2 million tonnes. Apparently our Trade Minister is looking to Indonesia as an alternative market for our steel making ores. And no Biggles, there is no slave labour on Chinese blast furnaces, suicide nets, or forced abortions and starvation wages are irrelevant as only about 11 workers are
engaged on a shift on the floor of an iron/steel blast furnace. So can we all please get fair dinkum and stop claiming that coking coal can be replaced in steel making. And make a rational and honest distinction between coking coal and thermal in regard to our exports and our jobs. The Kiwis do.
Well you might support the continued use of coking coal, and no doubt it will be used for some time to come.
But once clean hydrogen can be produced and utilised economically, the days of coking coal are numbered. Renewable energy ain’t going away.
https://www.mckinsey.com/~/media/McKinsey/Industries/Metals%20and%20Mining/Our%20Insights/Decarbonization%20challenge%20for%20steel/Decarbonization-challenge-for-steel.pdf
I agree Ken.
Thanks for the link. At the moment there is a considerable drumming up of investor confidence in putting capital into hydrogen tech. Apparently Gates is in. The Swedes calculate that hydrogen will about 33% more expensive.
https://www.ssab.com/company/sustainability/sustainable-operations/hybrit
I worked around blast furnaces taking molten metal to the Basic Oxygen Furnace for steel making. They are literally monsters, hot, dirty and dangerous. So i have no romantic attachment. But on the best projection the replacement by hydrogen is 2045 in Sweden. The capital investment in steel making is enormous and i really doubt that the private capital market in Australia will dip into its billions squeezed out of property speculation to invest in actually making something. The last time we built a blast furnace in Australia if my memory serves me correctly the cost was about 900 million Australian pesos in the late 1990’s on the N0.5 BF in Port Kembla. We havent built anything of size in steel making in Australia for 22 years. The US the biggest FDI has almost given up on investing in steel making in the US much less here. But i guess we can hope the Chinese might invest in hydrogen here. Oh hang on. We have the little tennis pro, racquet in hand, ready to smash that one back over the net.
The “choice” is between short term economic interests and between survival of much of the living world, including civilization, as indicated by the basic laws of physics, climate science and direct observations around the world, including the proliferation of large scale fires in several continents and storms/cyclones in the oceans. For some of the critical references/links look at:
https://acp.copernicus.org/articles/16/3761/2016/acp-16-3761-2016.pdf
https://www.nature.com/articles/d41586-019-03595-0
https://www.sciencedaily.com/releases/2012/11/121119104842.htm
For summaries: http://arctic-news.blogspot.com/search/label/Andrew%20Glikson
http://arctic-news.blogspot.com/2020/04/the-fatal-road-to-4-degrees-celsius.html
“Short term economic interests”. OK so you advocate the termination of roughly two thirds of the worlds steel making. With respect this is a moral and an economic nonsense.