A 2035 deadline is very good. We /must/ do this. For the people that have suffered, are suffering, and will suffer as a result of fossil fuel combustion.
Climate is a huge part of this but it's not everything, and there are MASSIVE disparities in who suffers.
Let's gooooo.
Here's a challenge. Our energy transition frame tends a litttttle bit toward:
1) Ban fossil fuels and build a ton of 0-carbon power plants/batteries/whatever 2) ????? 3) Profit
___
The ????? matters a /ton/ and remains pretty fuzzy.
This is not an indictment of work today! Honestly it's only pretty recently that the policy, political, & cost environment has made full decarbonization seem plausible.
(Fund energy social science)
But how we do it matters.
I'm obsessed with the physicality, governance, incentives, &c of the transition period.
(Fund energy social science)
I'm /also/ obsessed with how similar decarbonization could be to 1970s/80s deindustrialization.
Fundamentals are similar: plant closings & industrial relocation, driven by technology shifts.
Lots of ppl lose their jobs. Lots of others gain jobs. Not in the same place.
We messed that last one up, friends. Not to poke a wound but...Rust Belt politics, anyone? Even if you come out ahead on jobs overall, there are massive local impacts.
Advantage: fossil plants are relatively more distributed.
All that is to say: we need to do better with the energy transition than we did with deindustrialization in other heavy industries.
We also NEED to prioritize justice for those affected by climate change, by the new energy infrastructure, etc.
(Fund energy social science)
How?
*Announce plant closure deadlines far in advance
*Plan in context, recognizing local strengths and needs
*Universal programs assuring health care, wages, etc. that benefit everyone, including those displaced by transition policy
(FUND ENERGY SOCIAL SCIENCE)
Fossil-adjacent workers aren't better than others. They do actually need specific attention in policy, though. Here's my best effort to explain why:
If we're serious about shutting it down -- no bargaining -- we need people to act against their best interests, maybe for years.
We can't just assume the existing system is there to save us as we transition.
When only 10% of the fossil system is left, it won't be as cheap, accessible, etc.
Think about ways the dominant fossil system makes it annoying to be a solar plant, or an electric car.
Now flip it.
Except now, the people working in the small, annoying sector (today's dominant fossil fuel sector) don't have anything to look forward to.
Solar industry folks / EV owners put up with shit bc they believe in that future. The ngas person 10 years from now doesn't get that.
But we actually need that person to stick around until we don't need them anymore.
If you're the last person to sub your gas heat / ICE vehicle, or if you're turning on your AC on the heat wave day that the system is 80% 0-carbon, you really want those holdouts to be there.
Decarbonization is two separate issues: shut things down, and build new things.
These really need to line up. We'll need ~10s of 1000s of new generators, many of which will face opposition.
(Fund energy social science)
Temporally lining up the de-carbonization process with the new, 0 carbon system keeps me up at night.
We'll need grace & flexibility. We'll get stuff wrong; people will (legitimately!) oppose noise & lights from wind, or habitat encroachment from solar, etc.
Many of the kinds of things people don't like about hosting fossil infrastructure also apply to 0-carbon infrastructure: noise, industrialization, more trucks, etc.
Let's be real: we aren’t (& shouldn’t be) training many new fossil fuel workers. So the people working in the industries now are probably ~the ones that stay til we're done with the new system.
Today’s people young enough to leave are tomorrow’s older workers who can’t, really.
So we need them to stick around in a dying industry, while simultaneously (probably!) tolerating a lot of people actively hating them.
Some can leave. But it would be a problem if all ~160,000 left tomorrow.
(Fund energy social science)
We are remarkably lucky that the number is as small as it is. We can afford to smooth this path for the affected, including indirect jobs.
Dislocation in the steel industry alone in the 70s/80s was higher.
Electricity is a special case relative to other heavy industry, too, bc it's hard to sub.
Not having electricity is a REALLY bad outcome. (Hi CA, GA, LA, OK...)
You can’t just let the older, obsolete industry go away on its own schedule and rely on global trade to save you.
So we need people who know what they're doing to be willing to go down with the ship, with some flexibility on the exact timing.
The industries need to go, to protect so many of us. And, we need them to go away smoothly.
This probably means we need to have robust plans in place to make sure people know they will still be able to get healthcare, enough money to live on, etc.
Personally, I strongly prefer universal programs to achieve this.
(Fund energy social science)
In sum: 1) We must decarbonize as fast as we can 2) We need some folks to operate the dying fossil fuel facilities until we can take the training wheels off 3) Everyone deserves health care / living wage / access to opportunities 4) Fund energy social science
Ok dudes I know tensions are high, Georgia is exceptionally interesting right now (can I capitalize🍑? because I want to) but:
a lot of the rhetoric around sending a bunch of ppl from liberal northern/western states to live here for a couple months is really uncomfortable. (1/n
GA is interesting because people here have been doing the work. This has been a blue state that has been voter suppress'd into being red for..years. Decades?
Trust me: I know these races are urgently important for climate action
But it says a lot that suddenly, after massive effort by Stacey Abrams & many, many others for YEARS, when we're almost there....that suddenly there's a "we got this, we'll be there soon to save the day" vibe
I'm fairly comfortable saying that if you are going to mine coal (with the CO2 implications and all), the PRB is one of, if not the best, place in the world to do it.
The coal is pretty clean other than carbon (we mine there ~bc of the Clean Air Act), remediation is relatively easy (very thick shallow seams in flat, dryish land), and bc mining started with the advent of the environmental movement, things proceeded with that regulatory context.
Managing stormwater is a huge challenge, and climate change isn't making it any easier. If you've ever been to a wastewater plant, you've probably heard about some of the bonkers challenges that excess stormwater can cause.
In today's edn of "You did what in Excel??": new tool!
Just got notification that our first paper on the cost model we built for @iDST_Team was accepted, so I wanted to do a little thread on the model.
Basic point: distributed stormwater infrastructure (like swales) can help a lot. But it's really hard to tell how much it costs.
Big issue: people can be hesitant to commit to infra like bioswales, raingardens, and porous pavements if they don't have a good idea of how it will perform.
Doubly true when 1) using public money for 2) safety-critical infrastructure that 3) replaces something they understand
As a Californian who now lives in a state that doesn't have an RPS, I share the rage about slow climate action, + questions about what it means to move faster.
Contribution for now: new paper + model of CA utility-specific committed emissions to 2050.
What we find: CA's targets are reasonable. A 2045 decarbonization deadline doesn't strand much infrastructure -- just letting plants retire at the end of their typical lifespans essentially results in full decarbonization by 2047, assuming you don't build more FF plants.
2020: T-Point 2. A not-yet-online fossil demonstration.
Quote: "It requires a lot of engineering to ensure a natural gas-fired combustion turbine will operate reliably //and last for decades// without major component failure."
Cool, cool, yes, innovating fossil fuels in 2020.
2019: the Egypt Megaproject. 14.4 GW of fossil capacity.
Sure. People need power, it's pretty efficient...being like "oh hey this was awesome because Siemens got a big contract" is a little :/