We need 700 times as much lithium as we are currently mining to electrify global transport

Mining professor Simon Michaux has done a mammoth study on electrifying the global transport sector. He worked out how many cars, trucks, ships there were and how far they travel. Since most are still ICE(internal combustion engines)  vehicles he figured a great many things from there. Among his calculations were:

  1. We need 31,670 TWH of electricity for the global fleet (Yes, terrawatt hours!)
  2. We need 221,594m new power plants (a mixture of types)
  3. We need 2.78 billion tonnes of lithium for the lithium batteries, but current production and reserves are nowhere near enough.
  4. Taking the 2018 year of production, we need for  lithium 707.8 years of production at the current rate.
  5. We need 655.9 years of graphite at the current rate of production.
  6. We need 552 years of cobalt at the current rate of production.
  7. “Just remember it takes twenty years to bring a mine from a discovered deposit to a functioning mine.”
  8. And this is just to produce one generation of batteries, when in ten years time they need replacing.

Continue reading “We need 700 times as much lithium as we are currently mining to electrify global transport”


Climate catastrophe or inevitable after COP26?

Train in flood

Often during the last twenty years, climate activists have had high hopes that humanity will avert a climate catastrophe.

Thousands of scientists warned us not once, not twice but four times – in 1992,2017, 2019 and 2021. On each occasion it was that humanity was on a collision course with nature.

A search on “climate action” yields 26 million results. There are climate action groups all over the world. Even in New Zealand with a population of 5 million, there is a Climate Action Network comprising major groups like 350.0rg, Gen Zero etc. In 2017, former Green Party leader Jeanette Fitzsimons got 3000 people to sign Our Climate Declaration. Now we have Extinction Rebellion and a myriad of local groups to add to this list.

Various IPCC reports have warned us how urgent this all is.

Political interference again

COP26 is now just days away.  The Sixth Assessment Report of the IPCC was compiled by thousands of scientists. But BBC revealed a leak that “Saudi Arabia, Japan and Australia are among countries asking the UN to play down the need to move rapidly away from fossil fuels.”  The leak also revealed Argentina, Norway and Opec talking up the possibility of CCS (carbon capture storage). They want to emit in the hopes that new technologies will capture their carbon from the atmosphere. IPCC scientists doubt that technology is good enough.

There was still some hope in 2015 with the Paris Agreement. In 2018 the IPCC warned there was just a decade to get climate change under control.  They warned “emissions would have to be on an extremely steep downward path by 2030 to either hold the world entirely below 1.5 degrees Celsius, or allow only a brief “overshoot” in temperatures.” But emissions kept rising.

In the US, Democrat Senator Joe Manchin is blocking effective action on climate. Not surprisingly he is a recipient of fossil fuel money. The Guardian reports, “In the current electoral cycle, Manchin has received more in political donations from the oil and gas industry than any other senator, more than double the second largest recipient.”

In Brazil Bolsonaro has presided over the destruction of about 10,000 square miles of the Amazon rainforest, one of the most precious ecosystems on the planet. The destruction started around 2002 but was slowing down at the time Bolsonaro became president in 2019. By July 2021 the Amazon, instead of being a carbon sink, has become a carbon source.

So when COP26 fails are we to blame Mohammed bin Salman, Bolsonaro, Scott Morrison and Joe Manchin?

Five years ago a Pakistani delegate on his way to COP21 in Paris,  Adil Najam wrote in the Guardian, “I am not a cynic – just old. Old enough to remember the dashed hopes of Kyoto (COP 3, 1997), the purposeful energy of Berlin (COP 1, 1995), the naïve optimism of Rio de Janeiro in 1992 where the UN framework convention on climate change (UNFCCC) was first adopted, and even the calls for urgency when the negotiation process was first launched by the United Nations in 1990.”

The big emitting countries

China, India, the EU, and the US contributed around 60% of global CO2 emissions from fossil fuel combustion in 2017. Add  Canada, Japan, Saudi Arabia, Indonesia and Australia and the percentage rises. Few of these apart from some EU countries have reduced emissions since COP25 in 2019.

The UN warned that more than 70 countries are expected to submit revised (stronger) plans to curb emissions before Glasgow. This summit COP26 was originally scheduled for 2020 but because of Covid it is 2021. We are not holding our breath.

Only 113 countries have come up with improved plans so far for COP26. BBC News said, “Analysis of the climate plans submitted so far shows that emissions are actually set to rise by 16% by 2030, which could lead to a temperature rise of 2.7C (4.9F) above pre-industrial levels.”

Hope is fading

Ever since 1992 when UN climate summits started, global emissions have steadily risen. Despite flashes of hope throughout those many years, the relentless upward trend continues. And now that big emitters have signalled their desire to water down ambitions, our hope is fading fast again.

We could spend a great deal of time assigning blame for this succession of failures. We could blame Bolsanaro or Trump, no trouble. After 2015 the Bolivian president was one of many low emitting nations to blame capitalism.

Political tensions add to the roadblocks for COP26, with President Joe Biden stepping up the rhetoric on Taiwan, angering China. Russia hasn’t had its natural gas pipeline Nord Stream 2 approved by all the European nations yet. So Putin may be punishing them by sending them less gas. Or else Russia simply needs the gas now for their own domestic purposes.

Then there is the problem of not transitioning to renewables early enough. After shutting its nuclear plants and setting up wind farms Germany has had to return to gas fired electricity generation when the wind died down. So it is experiencing high natural gas prices (they are now six times higher than at the beginning of the year). This in turn is leading to high power prices.

Britain is also coping with Brexit, a truck driver shortage and a natural gas shortage. There are going to be many Europeans and English people shivering this coming winter.

The outlook in northern China is bleak. They are paying the price for not transitioning to renewables in time. Their coal prices have soared and their coal mines have been flooded more than once. And this is at the time that Xi Jinping has decreed that coal usage must reduce in order to meet their climate goals.

Transitioning to renewables anywhere will not be smooth or easy and anyway renewables are less energy intense than fossil fuels.  In America coal fired power generation is on the rise because of high natural gas prices.

While there is a tiny chance significant progress could be made, given the difficulty of transitioning to renewables together with the interference by nations dependent on fossil fuels, it is more likely that COP26 will fail. 





Renewables – can we ever get there – when energy and climate clash

Hydrolakes in Aotearoa/New Zealand have had many years of low rainfall, but it is now happening more frequently. In dry years we revert to coal generation, making the transition to renewables harder.

When New Zealand hydroelectric power stations ran low last summer, we beefed up electricity generation with another coal fired unit in Huntly. Environmentalists were shocked. How was New Zealand going to meet its climate targets now?

Genesis Energy had planned to close Huntly station in 2018 but is still using it. Greenpeace has wanted it shut for years. The Huntly power station was commissioned in 1982 to run on gas and coal. As Māui gas supplies began to run out in the early 2000s, coal increasingly became the major fuel. RNZ reported that more coal was burned in the 2021 March quarter than each of the years 2016, 2017, and 2018.

The Huntly power station was commissioned in 1982 to run The Huntly power station was commissioned in 1982 to run on gas and coal. As Māui gas supplies began to run out in the early 2000s, coal increasingly became the major fuel.

Aotearoa/ New Zealand is hooked on coal, importing more than one million tonnes of low-grade coal from Indonesia last year. The fuel was burnt at the Huntly to keep the lights on, as hydro and gas failed to meet demand.

Due to rising greenhouse gas emissions we are experiencing warmer winters and drier summers.

So will we painlessly transition to renewables as we had hoped? As we face our climate predicament, we have to realise that over 80% of the world’s energy use still comes from fossil fuels. Let that sink in. It’s big. So it’s going to be really hard to wean ourselves off them.

Of course, the low rainfall for our hydropower dams was not new. But climate change is going to make matters worse decade by decade.

Perhaps many thought then we were the only country having to revert back to fossil fuels.

Far from it. And it is often happening because an extreme weather event cut hydropower generation.

Due to rising coal prices and power rationing, there are power cuts in China, leaving families in the dark

It is happening elsewhere but sometimes it is accompanied by geopolitical tensions as well. Southern China for instance, when its hydropower capacity ran low after droughts, reverted to coal. And this happened at the same time as China, angry at Australia’s support for an enquiry in the Wuhan Covid origins, stopped importing Australian coal.

In Europe there has been a big move towards renewables, with wind and solar beefing up. But solar and wind are intermittent and less reliable. Wind comprised 27% of Germany’s generation mix in 2020. But this all changed in 2021 when the winds died down and the percentage of the total generation dropped to 22%. So they had to revert to natural gas. A great deal of their gas came from Russia. Over the last decade the EU has imported more and more gas from Russia as their own gas ran out. Gas prices have skyrocketed along with electricity prices.

The apparent reluctance of Russia to release gas at the onset of winter has been attributed by many commentators to its desire to put pressure on the remaining EU countries to approve the Nord Stream 2 pipeline from Russia to Germany. Nord Stream 2 is a twin pipeline under the Baltic Sea. It had already cost US$11 billion and was ready to go. Eastern European Countries like Ukraine and Poland and the Baltic States withheld approval for two reasons. 1) Because Russia had annexed the Crimean Peninsula in 2014 leaving 14,000 dead over seven bitter years and 2)because they feared it would give Russia too much leverage over EU and Putin too much power.

As the price of natural gas rises, so does electricity. The TV agency WION reports (28 Sept 2021) that electricity prices are spiralling out of control in France (up 149%), Spain (up 250%, UK 298%, Germany (up 119%) and the situation will get worse as winter closes in. Governments are already warning of blackouts and factories will be forced to shut down. Inflation has already arrived.

They finish by saying, “European countries are going to learn just how much their economies are reliant on natural gas.”

Brazil has also had to ramp up its gas fired generation after a bad drought.

Energy and Climate Clash in China

There is also the move from high energy coals to lower energy coals. In Northern China where coal mines were flooded in an extreme weather event in May 2021, they had to move quickly to find other coal sources for electricity. In early October 2021 a heavy downpour in China shut down 27 coal mines. So Chinese officials have ordered more than 70 mines in Inner Mongolia to ramp up coal production.

At the other extreme there is growing demand for air conditioning. CNBC said Japan, China and South Korea had extremely hot weather so the demand for power rose.

As if all this weren’t enough as the global mega-economy gets more and more complex, we just need more and more electricity.  Despite a slight drop during Covid, by July 2021 a headline reported the International Energy Agency saying, “Global electricity demand is growing faster than renewables, driving strong increase in generation from fossil fuels.”

Oh yes that’s because we have to have economic growth at all costs. More, more, more as comedian John Clarke says. Everything flows from growth as he says.

Smooth transitioning to renewables is looking a great deal more difficult than we ever imagined.

At a time when climate induced droughts, extreme precipitation and heat waves are disrupting hydropower generation and storage all over the world, governments are reverting to some form of fossil fuel to generate their electricity. And this all comes at a time when electricity from air conditioning and gas or power to heat homes is under pressure. Even if Europe and UK insist they want to meet their climate targets at COP26, politicians will be faced with the alternative of leaving their families in the dark without cooking facilities – or effective climate action.

Politicians want to get re-elected. That’s why my bet is that they will choose to care for their citizens and to try to ensure its factories don’t close down through lack of electricity. China has already stated its power rationing is in order to keep its climate targets and doesn’t seem to have a renewable alternative.

And all this is without ever discussing the physics or the geology of it all. For a start fossil fuels are used in the production of solar and wind power. Secondly the energy return on energy invested for solar and wind is much less than with oil, coal, diesel or gas leaving less for the economy. Thirdly there is matter of the metals required.

Are there enough metals to transition to renewables?

Professor Simon Michaux of the Geological Survey of Finland has done a remarkable study of the probable  metals  required for all the batteries for all the vehicles involved worldwide and his answer in the case of cobalt, nickel, graphite and lithium is a loud NO. He says,

“The current system was built with the support of the highest calorifically dense source of energy the world has ever known (oil), in cheap abundant quantities, with easily available credit, and seemingly unlimited mineral resources. The replacement needs to be done at a time when there is comparatively very expensive energy, a fragile finance system saturated in debt, not enough minerals, and an unprecedented world population, embedded in a deteriorating natural environment. Most challenging of all, this has to be done within a few decades. “

The zen riddle for our Government is will they recognise the predicament we are in or will they opt for Business As Usual, thereby disappointing millions of climate activists once again? In my view COP26, like 25 other COPs before it, will fail once again and to a few it will be no surprise. But they might just entertain a fleeting thought…”If only….”


Government, you are going to have to make me reduce my emissions

OK here is my mea culpa on climate action. I am guilty.

Yes, even though I have read a lot about climate change and the urgency of effective action and have been duly alarmed,  even though I am active in climate groups, even though I submitted to the Climate Commission, I still lapse.

This week I caught myself driving to the next town to do shopping I couldn’t do in my town. When I found myself driving the second day my thinking was, “Well I should have planned my week better, written my shopping list more carefully, but really I enjoy the outing. And I couldn’t have caught the train because my hip is too sore for all the walking.”

Then yesterday in preparation for an upcoming trip to the South Island I drove for the third time to buy new trousers although I know it is better to buy second hand ones and pick up something I ordered the previous day.

Cars are handy when the weather is inclement and when your walking is compromised. I like the convenience and the comfort. I topped up with petrol so that I am ready for more driving. Just one more trip please….

Well I guess the government is going to have to make me reduce my driving. I already eat climate friendly because I have to for my heart health to keep my ageing body alive, so no guilt there. But I never examine whether the grapes or any other food I buy is flown here out of season.

Given that I regularly fail to keep my carbon footprint low, and there are probably many others like me, I reckon voluntary reduction of our carbon footprint is just too difficult an ask. The tobacco industry always argued it didn’t need any legislation banning advertising because a voluntary agreement was in place. Farmers don’t want legislation, they will do it voluntarily. Pull the other leg!

The simple way government can do it is to ration either our energy use or our emissions. Rationing energy is easier than rationing emissions. A simple scheme has been worked out ten years ago in UK where you are given an energy quota each year, quotas are tradable and your quota reduces each year.  Jack Santa Barbara has summarised your own greenhouse gas quota scheme here.

The inventor of Tradable Energy Quotas (TEQs) Dr David Fleming was an economist and so he knew:-

  1. Economic growth is dependent on energy growth.
  2. Therefore the economy will decline if energy use declines.
  3. If the economy doesn’t keep growing it becomes unstable.

So his TEQS scheme was designed to prevent instability as the economy shrank. Communities with these restrictions would naturally cooperate and the economy would adjust. The “degrowth” movement now gaining momentum. This term is defined to mean degrowth of economies of the overdeveloped nations, actions to prevent financial inequality there, and growth in developing nations.

So don’t ask me to reduce my carbon footprint voluntarily. Make me!


Tradable Energy Quotas or Tradable Emissions Quotas? – our discussion rages on

When you fill up with petrol you would surrender TEQ units.

We have now had three online meetings of those wanting to promote TEQs as described by Dr David Fleming and summarised by his colleague Shaun Chamberlin here.

The last discussion was very stimulating and it was hard to sleep that night. Five good brains agonised for an hour over whether to make the unit energy or emissions, but still no conclusion. It isn’t any good launching a campaign until we are clear in our minds of what it would be called, how it is designed and how, if at all, it would work alongside the ETS structure or replace it.

First let’s look at the history. TEQs were designed as applying to energy. Dr David Fleming wrote about managed energy descent and invented this tradable quota system to ensure a smooth descent rather than a chaotic one. But on the website the Parliamentary report of 2011 states on P47 that it could be designed for emissions. It’s just that we can’t see the second design and it is far from simple to figure out what it would be.

Fleming, who died in 2010, didn’t include non CO2 emissions in his Tradable Energy Quotas and I would imagine he didn’t envisage that a country like New Zealand would have half its emissions in agriculture in the form of methane and nitrous oxide.

Josh Floyd the Melbourne researcher from the Simplicity Institute had tentatively suggested to us in an email that we use TEQs for fossil fuels and use the ETS for other GHGs. But there would be different prices for the units coming from two different systems. Someone argued that is logical because they are different gases. I don’t know the answer.

We then asked where is the public now in their thinking? Will they want to reduce their fossil fuel energy? We think they will know they have to reduce their emissions yes. Would they be more on board if the unit was emissions? Probably.

Jack brought up the idea of what happens to a society during a big disruption as he had read that research shows altruism dominates the responses during big disruptions. (Think Christchurch earthquake and the 2020 lockdowns). Then someone asked if we could somehow use the pandemic issue to edge into the campaign.

Every time we talk to someone new about whether we want Tradable Energy Quotas or Tradable Emissions Quotas they answer the latter. But let’s think a bit more.

Ideally it seems people would like it to be Tradable Emissions Quotas (TEQs). As yet we not really sure whether the data is there for making this feasible. TEQs were originally designed to be Tradable Energy Quotas, but since in New Zealand half our emissions are from methane and nitrous oxide from agriculture, and we know we need to reduce all the greenhouse gases, we instinctively choose emissions as the unit. 

But let’s suppose the technology and the data is now available to make the unit for the quota “emissions” and see what happens.

There are two ways of measuring emissions – production based and consumer based.

The IPCC has asked countries to use the production-based as the way to  count our emissions. In the case of Aotearoa New Zealand we import manufactured goods with embedded carbon dioxide and we export food  with embedded methane and nitrous oxide emissions. Using the the IPCC method means we must measure all our emissions from agriculture and waste as well as from industry and transport. And that is why, when we try to invent a Tradable Emissions Quotas and plan to do it on consumption data it just doesn’t work.

And the design still has to be worked out. In the case of Tradable Energy Units the TEQ scheme only wants us to surrender units when we buy fossil fuels or energy. The units go up the chain to the producer or importer and then to the registrar. When we buy items of services with embedded emissions we don’t surrender units, as the price is already reflecting the embedded emissions. In the case of emissions being the unit, there is nothing comparable to fossil fuels.

Also you can think of it this way:-

If we bring down energy use, we will bring down emissions too.
But if we bring down emissions there is no guarantee we will bring down energy use and this will lead to ecological disaster. In fact Dr Rodney Carr in answer to a question on a Climate Commission webinar said our energy would be the same in 2050 as it is now. And our GDP would have increased by 73% with all the material throughput that implies.
I have been reading the chapter in Jason Hickel’s book Less is More called Can Technology Save Us? There was lots of data and science reported.  He eventually dismisses green growth as a fantasy.



Why are TEQs better than Fee and Dividend or Cap and Trade?

I am a recent convert to Tradable Energy Quotas (TEQs) invented by the late David Fleming in UK in 1996 for effective climate action. See

I have a theory that the reason it seems superior to FEASTA’s Cap and Trade, Canada’s Carbon Fee and Dividend and all others is because Fleming was a historian/environmentalist who later in life got a PhD in Economics. He understood how the economy works. This meant that he saw the close correlation between energy use and economic growth. He knew that if the economy doesn’t grow it collapses because it is designed like that.
So he took all of this into consideration when he invented TEQs, a managed energy descent framework that wouldn’t result in economic collapse, widespread unemployment and social unrest. He was also aware that rations must be tradable or else a black market develops.
His idea is that government gives an entitlement of energy units (they could be denominated in emissions too) for each adult, and high energy users would have to buy them on the market from low energy users. Businesses and Government etc have to buy theirs on a weekly tender and this sets the price. Hence it delivers climate justice like Fee and Dividend. But it differs in many ways which his colleague Shaun Chamberlin summarised well in his 2015 post here. For effective climate action, every citizen needs to be involved to change the way we live, work and play, so Fleming’s scheme involves every citizen.
While the Fee and Dividend system is simple to administer because in Canada they just impose the fee on about 1350 mines and ‘preparation sites’, (and it is passed down to wholesaler, retailer and customer), there is still no built-in incentive to adjust their lifestyles or to cooperate to adapt to live with less energy. TEQs is not complicated to administer. The weekly tender auctions are just like those for Government bonds and units can be added and subtracted just like Airpoints or Flybuys or Snapper card. Almost everyone has a mobile phone.
They also have to spend extra money to support small, rural and remote communities. I am not sure if TEQs would require this, but I believe that remote rural communities would tend to thrive again.
I am keen to recruit people to a regular Zoom call until we all learn more about it (and this includes economists!) We are thinking out a strategy and have been discussing whether it could be implemented at a local body level. We have had one call and are getting good people involved. We know we have to be able to defend it, compare it with other systems and answer awkward questions so all brains are welcome!!


Sustainability and Money

Sustainability and money Deirdre Kent Nov 2020

A few months ago I gave this presentation to a climate change group. Hope you enjoy it. Well it’s not actually enjoyable to know that energy use and economic growth are so closely linked. As Naomi Klein said “The economy is at war with the climate”. We are going to need all our collective intelligence to downshift without chaos. Can we manage an energy descent without it being haphazard and dangerous socially?

That is why I got to be studying Tradable Energy Quotas (TEQs) which set the scene for a well managed transition to a low energy economy.  I even wrote a blog on it recently.