Net zero is the single biggest industrial & economic challenge modern society has set itself.
It’s ENORMOUS.
Every previous energy transition - from wood to coal, coal to oil, oil to gas/nuclear etc - involved moving UP a thermodynamic ladder. Our fuels got more energy dense!
In committing to net zero we are shifting DOWN to less dense sources of energy (eg solar/wind/battery storage).
Not only that, we’re aiming to do it in decades. Every previous energy transition took MUCH longer.
In other words we’re aiming to do something totally unprecedented
So @RishiSunak’s right in one sense: govts have not been clear enough about the scale of the challenge.
It is far-reaching, disruptive & expensive.
Pretending it’ll cost nothing in the short/medium term is nonsense.
BUT costs of doing nothing are, in the long run, far greater 👇
But net zero is also something else.
We’re setting ourselves an extraordinary challenge: a new Industrial Revolution.
The scale of this is momentous (& I think massively underappreciated). It’s something I describe in my book #materialworld.
MASSIVE deal lnk.to/MaterialWorld
Think about it.
Developed economies like ours have been mired in secular stagnation, with low productivity, for years. It’s hard to think of a better way of kickstarting innovation than an Industrial Revolution.
In other words, net zero is also a massive opportunity…
In the coming decades we’ll need to come up with breakthrough technologies to redo EVERYTHING: not just green power - also making chemicals, refining metals, producing fertilisers.
Understand the #materialworld and you understand how big a challenge this is.
But also…
You understand we’re about to embark on one of the most exhilarating periods in innovation we’ve ever lived through.
And if we do it right we can and should aim not just for green energy but ABUNDANT energy. Which would trigger massive gains for humanity.
This is all v v exciting
In other words there’s a positive story here alongside the scary one. I’m surprised @rishisunak is so reluctant to embrace it. There’s reasons for hope alongside the despair.
Not deluded hope or cakeism.
Hope because we know humankind is capable of this kind of innovation.
When you tour the #materialworld you find that throughout history we’ve repeatedly been too gloomy about our ability to invent our way out of trouble.
Much of the Industrial Revolution involved Brits outperforming these expectations.
Chances are that’ll happen again with net zero
But here’s the thing: right now most of those innovations/patents/advances are happening in China. On batteries, on solar, hydrogen electrolysis - even on low carbon cement.
The Biden admin is trying to change that, steering investment back to the US via Inflation Reduction Act.
Right now it's not clear where the UK stands.
On the one hand it's a leader in wind power deployment. And govt just handed out massive subsidies to Tata/BMW for EV manufacture (and green steel).
On the other, you have statements like the PM's from last night, hinting at rollbacks
Sure. In practice, many in the industry (inc the EV sector) already thought the 2030 petrol car ban looked likely to fail. Gas boiler deadline even less feasible. So in one sense shifting these deadlines back is simply putting this in black and white.
But, but, mood music MATTERS
Right now businesses are deciding where to invest, where to site plants, where to put R&D centres - those places where this Industrial Revolution will be forged.
UK's lack of clarity & policy on energy, net zero etc is infuriating biz.
PM's statement last night made it worse...
Just read at the statements from Ford & Stellantis. They feel they're being messed around. And this is the public stuff. In private they're far FAR more scathing. Why invest in a country which doesn't seem to know what its strategy is?
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⛏️The Big Truck That Changed the World⛏️
Often it’s the least obvious, least sexy stuff that ends up transforming civilisation.
Here’s a story about how trucks, rocks and dull chemical processes totally changed all of our lives - without anyone seeming to notice...
🧵
This is the Komatsu 930E. It's a bloody enormous truck. Size of a house. Wheels the height of a bus. Here I am with my cameraman Richie in front of one last year. These trucks aren't quite the biggest in the world. But they're not far off.
So-called Ultra class trucks are the workhorses of the mining industry. If you’ve been to a mine you’ve prob seen one (& been wowed by their size - look vs "normal" cars 👇).
But the most extraordinary thing about them isn’t just the scale. It’s how they’ve transformed the world.
The failure of the UK govt's latest auction to secure ANY bids for new offshore wind generation is a vivid reminder of how much the #materialworld matters.
It's a reminder of a simple (but often forgotten) lesson I write about in my book: these structures are made of STUFF
👇
Making offshore wind turbines involves the deployment of HUGE amounts of steel, copper, concrete, fibreglass etc.
The prices of those materials have risen v sharply in the past few years (in large part because making them is v energy intensive and energy prices are up too).
For years the UK govt and much of the economics mainstream ignored all this stuff.
They forgot that how things are MADE and WHAT they're made of, not to mention where those ingredients come, from is all important. It matters today more than ever.
⌛️THE WORLD'S MOST IMPORTANT SAND⌛️
This is the story of how we are all - all of us, human civilisation as we know it - TOTALLY dependent on a small town in rural America to keep the modern world turning.
It's the wild story of the world's purest, and most prized, sand
🧵
There are LOADS of different types of sands. Sands used for construction, for glassmaking, for foundries, for purifying water etc etc.
But the type of sand we're interested is incredibly rare. It's called high purity quartz.
It's very unusual indeed
Here's what it looks like.
An incredibly white, fine sand which is 99.999% silica.
This is far, far purer than the sand you use to make glass.
It's the purest sand in the world.
And there's only one place in the world which mines it in significant quantity: Spruce Pine, NC
Can we PLEASE stop claiming that the UK's economy will soon be overtaken by Poland?
Or that this is a sign of how Britain is doing uniquely badly at the moment?
Not only is it quite offensive to Poland, it's also quite a meaningless statistic...
I think this all began with a @Keir_Starmer speech a few months ago. His point was that if UK & Polish GDP continued growing as they have done in recent years, Britain's would be overtaken by Poland's by 2030. It's kind of right but also kind of wrong news.sky.com/story/britains…
Here's why👇
Essentially Poland's growth was SO fast over the past decade or so (as you'd expect given it's a rapidly-growing frontier market) that if you extrapolate that forward in the coming decade its GDP per capita would overtake MOST OF THE G7.
https://t.co/FhsqKwBNFCnews.sky.com/story/amp/fina…
Here’s the story of an extraordinary journey, poss the most amazing journey in the world.
Through time, physics & around the globe, to produce the very thing you’re reading this on.
This story begins with a very simple question:
where does a silicon chip actually COME from?
🧵
That was one of the questions I set out to answer in #materialworld.
Not just how we make semiconductors - the also-extraordinary process of imprinting and etching billions of transistors onto a slice of silicon.
Amazing as that story is, it's been told many times before.
There's a v condensed version of that story in this thread👇. & FAR more in @crmiller1’s Chip War.
But this still didn’t answer my question.
I didn’t just want to know about what we do with silicon at fabs. I wanted to know WHERE THE SILICON COMES FROM
🔎THE GLASS FAMINE🔎
I think you’ll find this story from #materialworld pretty 🤯
It’s about how a simple substance changed the world.
About how decisions taken centuries ago still shape our lives.
It begins with one of the most extraordinary moments in modern military history
🧵
The year is 1915.
War is raging on the Western Front.
Thousands are dying every day.
It’s already shaping up to be the bloodiest war in history. Guns, bombs, even chemical weapons like chlorine and mustard gas.
Amid the fighting, a spy is despatched from London to Switzerland
He has been sent from the Ministry of Munitions in Westminster on a v special mission. He is there to procure one of the world’s most advanced pieces of military technology.
That technology is…
glass.
Or, to be more precise, optical glass.
🕵️♂️Binoculars, telescopes, sniperscopes