Airlines Embrace Pollution Plan That Could Cost Them $24B
bloomberg.com
bloomberg.com
To be clear, the 15-year agreement would not force airlines to cut their pollution. Instead, companies would compensate for any emissions growth after the accord begins in 2020 by buying credits that back renewable energy development, forest preservation or other environmental endeavors.
To put it a different way, most of the advances here will not be in more efficient ways to fly, but in more effective ways to sell carbon credits to the airlines.
Cap and Trade is political bullshit. If you want to tax carbon emissions, tax the fuel coming out of the ground and let the drillers and diggers pass that on to whomever uses the fuel. It's the only way to be fair about it. Otherwise just accept that this is nothing more than a political game.
Isn't that what cap and trade is? What's the distinction here?
The problem with taxing the oil coming out of the ground is the incredibly complex nature of an unstable global market that is managed largely by a small number of players artificially controlling the price and a whole futures market trying to hedge against that roller coaster. It's also a market that wars are literally fought over. Finally, it's political suicide since it will impact consumers directly in the amount it costs them to fill their cars instead of indirectly, which they are less likely to blame on oil taxes.
Just put a fixed tax per barrel, or per carbon atom, or whatever. The tax shouldn't depend on the price paid for the oil. Just put $1 for every barrel pumped in the US, and every barrel imported and presto - $19M per day of tax revenue ($7B per year) without a major impact to the consumer, and without creating that new market for credits and the associated politics. Do the equivalent for coal and gas too - you know all the carbon sources. People act like passing on a price increase is going to hurt their business, but when everyone has to do it that's not true.
1. Not all oil that comes into the US is in the form of barrels of crude oil. It may come in refined (a small amount, I assume, considering the oversupply of refineries in the US). But more likely it comes in as part of an imported product.
2. Which leads to the problem we already have: if oil is expensive in the US, that further incentivizes moving to where it is not expensive. Instead of buying your expensive fertilizers to grow food in the US, why not grow more crops in Mexico or Canada and import them?
3. Or perhaps oil is a part of the manufacturing process (i.e. plastics). Now it's all of a sudden even cheaper to manufacture outside of the US. Of course, you also have the complicated problem of recycled materials as well.
4. Or it's part of the shipping process. I'm not sure how you even tax this.
All these problems need to be managed. We would need to address figuring out how much oil goes into any one thing we consume. We need to address free trade agreements (can we charge duty on a product depending on how much oil was used to make it, ship it or grow it?). We would need to provide incentives to recycling, manufacturing, organic agriculture, etc. etc.
It's not that these aren't problems we should try to solve, it's just that "presto, 7B of income a year" is not what will happen.
Doesn't that create the wrong incentives? Digging up carbon and using it to make stuff that is kept around indefinitely / recycled into more stuff / buried when life-expired should be fine - it's putting it into the atmosphere that we want to discourage.
(Also there should be a positive incentive for taking carbon out of the atmosphere permanently).
its one way that countries try to avoid fair trade as it gets harder to follow the money. it also lets politicians unfairly subsidize some businesses over others because of whom runs them, not what benefit they provide.
so tax it once and get it done with
The generally accepted solution is a carbon tax that increases over time. The tax can even be revenue neutral with everyone getting an equal share of a year end rebate.
Emissions are approximately proportional to fuel use, so I don't see how a tax on fuel (which would be proportional to fuel use) would have any lesser or greater effect than a credit system on emissions (assuming credits needed are proportional to emissions).
Under the proposal, nobody pays anything if they maintain their current emissions. But if a small airline grows and takes market share from a big one, the small one will have to buy credits and the big one will be able to sell credits. The little guy in effect pays the big guy for taking his market share.
If you tax the fuel directly, everyone gets a cost increase right away which they should pass on to their customers. But it doesn't have adverse effects on the free market like the credit system does. You fly more planes, you'll pay more taxes but in proportion to your new revenue so it doesn't really matter.
(And yes, folks, the environmental damage from any one use is bounded; it can't possibly cost more than the cost to undo that damage. If your model of the environmental damage implies it is infinity, it's just wrong, and it's driving bad policy.)
If every airline has to pay the fees, carriers will be free to raise prices to cover the additional cost. Fewer people will fly, so ticket prices will go up more, eventually reaching an equilibrium where the carriers make about what they make today moving fewer people from place to place.
Don't forget Jet fuel takes a lot of processing and produces a lot of pollution before it's added to the aircraft.
As I recall, the article which really made a splash on this topic was clearly written about sulphur dioxide, but the headline just said "pollution" and everybody ran with it.
Not a lot of stuff lives over the middle of the ocean or even under it past the continental shelf's. Further, the ocean really does dilute this stuff to a rather extreme degree. Granted, it's still an issue, but it's simply a smaller one than CO2.
Again, this is a case of "its not bothering me so its ok" ecology.
This is really far from true.
Acid rain is one of the primary issues with SOx pollution. It concentrates in rivers for example because the volume of rain water to overall water is very high. In the ocean new rain water never makes up a significant fraction of the top two meters of water.
PS: There is no need for gut reactions here, it's not hard to test for sulfur compounds.
PS: First line "When carbon dioxide (CO2) is absorbed by seawater, chemical reactions occur that reduce seawater pH, carbonate ion concentration, and saturation states of biologically important calcium carbonate minerals." http://www.pmel.noaa.gov/co2/story/What+is+Ocean+Acidificati...
The article says air travel already accounts for 2% of global CO2 emissions, and the absolute amount is set to triple between now and 2050. Hopefully other sources of emissions decrease over that time, so air travel will be >6% of global CO2 emissions. It needs to be addressed quickly and globally, even if it is relatively clean.
Of course as it becomes a major mode of travel, its worth addressing. But for now, air travel is actually the preferable mode.
No.
Air travel is generally a separate category of travel that's mostly independent from other forms of travel. It directly competes with long range high speed rail, but it's far worse than rail travel. http://www.seat61.com/CO2flights.htm
Air travel sit's between single passenger cars and buses in terms of pollution. The break-even is generally ~3 people in a car depending on MPG and how out of the way the airport is.
Against single-occupant cars, airliners win big. Airliners typically see 80-100 passenger-miles per gallon, versus about 36MPG for the average American car.
But if you get a more efficient car and add more people to it, airliners don't win anymore. Put four people in a new Prius and you're looking at about 200 passenger-miles per gallon. Long-distance busses and trains do really well too. And of course you can power surface transportation with alternative energy sources much more easily. Electric trains are common and electric cars can make long trips now, while nobody really even knows how to build a useful electric airliner.
I don't understand the emphasis put on air travel when it comes to emissions, and it's definitely better than typical car habits, but surface travel in general can be a lot better than air travel.
Air travel produces a factor of ~100 more C02 per unit mass transported than maritime transport [1].
It seems that shipping is a little understudied, but apparently a leaked UN IPCC report (from 2008, so pre-crash, peak globalization) states that shipping produced 1.1 billion tonnes† [2] of CO2 annually. This number is ~4x higher than other studies so maybe it's more accurate, maybe it's not.
Air travel on the other hand produces 780 million tonnes of CO2 per year [3]. The major issue is that, as stated in TFA, it's supposed to triple in coming decades. I am not sure that global shipping is.
†I am quoting 'tonnes' in both which I think refers to metric tons, not imperial measurements, so I believe the units are comparable.
Shipping may be much easier to improve technologically than air travel, though. I'm sure many of the ships burn low-quality diesel. However, they're of the scale where very small nuclear reactors are available, and I have heard talk of ships being powered by natural gas. Ships can also deal with heavy batteries, so maybe in some instances offshore wind or solar farms could provide electricity? I have also heard of ships actually being powered directly by wind, but maybe this is a rumor, some far off Silicon Valley pipe dream.
[1]: http://www.davidsuzuki.org/issues/climate-change/science/cli...
[2]: https://www.theguardian.com/environment/2008/feb/13/climatec...