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German Automakers Formed a Secret Cartel In the '90s To Collude On Diesel Emissions, Says Report (theverge.com)

An anonymous reader quotes a report from The Verge: Last week, Der Spiegel published an explosive report alleging that the major German automakers formed a secret cartel in the 1990s to collude on diesel emissions. These companies, including Volkswagen, Audi, BMW, Porsche, and Daimler, met in secret working groups to discuss "the technology, costs, suppliers, and even the exhaust gas purification of its diesel vehicles," the German weekly reported. The meetings were disclosed to German competition officials in letters from VW and Daimler and viewed by Der Spiegel. The secret meetings "laid the basis" for the 2015 diesel emission cheating scandal, in which VW was caught installing secret software in more than half a million vehicles sold in the US that it used to fool exhaust emissions tests. The admission of cheating ultimately cost the automaker tens of billions of dollars in fines and legal fees, making it one of the most expensive corporate scandals in history.

Years earlier, VW participated in dozens of secret meetings with its competitors, involving over 200 employees in up to 60 working groups, on how to meet increasingly tough emissions criteria in diesel vehicles. The automakers may have colluded to fix prices of a diesel emission treatment called AdBlue through these working groups, Der Spiegel says. Specifically, VW (which owns Porsche and Audi), Daimler (which owns Mercedes-Benz and Smart), and BMW allegedly agreed to use AdBlue tanks that were too small. AdBlue is a liquid solution used to counteract a vehicle's emissions.

34 of 195 comments (clear)

  1. This is what happens... by Anonymous Coward · · Score: 2, Interesting

    ...when ignorant politicians and regulators set emission goals that are apparently impossible to reach with current technology or far too expensive to include in a consumer vehicle.

    1. Re:This is what happens... by lazarus · · Score: 5, Interesting

      I'm not passing judgment on their actions one way or another, but the dynamics of this are interesting. In a nutshell:

      • German car companies have historically made very good profits on diesel vehicles
      • They have been able to differentiate themselves from their American and Japanese rivals with the technology
      • They needed to find ways to overcome the limitations placed on them by new regulations if they wanted to continue to realize the revenue
      • They agreed to work together on this because all of them had a lot to lose
      • The first technology used was a "regeneration" system where every so often a CR (Common Rail) diesel would inject additional fuel into the exhaust and then incinerate it using very high temps. This would turn soot into ash. Pro: No extra tank needed for AdBlue. Con: This "filter" had to be replaced at great expense after it got full (about 150k-200k miles on a small car). It was also a very expensive system (about $5000 to replace if it failed)
      • The second technology they used was AdBlue. This is an older system that injects urea into the exhaust which has the effect of encapsulating the fine particles preventing them from floating away in the atmosphere. Pro: Cheap to produce. Better fuel efficiency because you didn't have to use fuel to meet emissions. Con: You needed a giant tank to hold the urea and it had to be refilled regularly.

      Or they could just take a bath on profits and stop selling diesel vehicles. Which VW did for three years while they sorted this out (2006 - 2009). Every diesel auto manufacturer tried both systems. Everyone wanted the regen system to work. But it was pretty terrible -- people didn't understand it and there were a lot of complaints about the smell. There were even class action lawsuits against Dodge for the regen system they installed on their pickups so German vehicles were not the only ones.

      AdBlue seemed like the more obvious way to go, but the large tank required that the vehicle's fuel tank would have to be smaller, and they would have to give up things like independent rear suspension (there was just no room for it). To overcome these issues they would have had to create larger vehicles which would have lowered fuel economy (and increased emissions ironically) and ultimately alienated their target market.

      The point is that every option was a compromise and they had a lot to lose. So they cheated. And got caught. There is just no way to make diesel work as cleanly as it needs to and frankly, there is just no need for it anymore. Gasoline engines have come a long way in the interim and electric vehicle costs will be at parity in just a few years (according to Bloomberg).

      Goodbye diesel. I will miss you, but your time has come.

      --
      I am not interested in articles about life extension advancements.
    2. Re:This is what happens... by MightyYar · · Score: 5, Informative

      There is even more to diesel than just the German car companies. The kind of crude that Europe gets is very high-quality and can be fed right into a fractional distillation facility. That's very economical, but also limits your choices in what comes out - you get whatever proportion of products happened to be in the crude. Usually this means quite a bit of diesel. As a result, diesel tends to be priced pretty well since there is plenty of supply. In North America, the crude is terrible - it needs to be "cracked" with catalysts into smaller chains to produce the desired product mix. This is expensive and complex, but the upshot is that once you've built these multi-billion-dollar facilities, you can tweak the mix quite a bit. If the market price for diesel is high, you can make more diesel. If it's gasoline you want, just change the recipe a bit. In North America, diesel tends to cost more, reflecting its higher energy (and carbon!) content per unit volume and therefore larger proportion of crude required to make it.

      If Europe gives up on diesel, they will need to spend billions to build new or to retrofit refineries, or else take a hit and export the diesel. I'm sure the oil companies and governments would rather not. "Clean diesel" was very alluring to everyone - economical cars for consumers, high profits for car makers, lower capital costs for oil companies, and no fights over refinery construction for governments. Environmentalists were excited over the false claims as well.

      --
      W..w..W - Willy Waterloo washes Warren Wiggins who is washing Waldo Woo.
    3. Re:This is what happens... by lazarus · · Score: 5, Informative

      You bring up an excellent point which I did not address at all. Thank you.

      Diesel lubricity regulations (HFRR spec) is much higher in Europe (and Canada) than it is in the USA. Combine that with the "occasional" mistake (oops, I put a bit of regular gas in my diesel), and the Common Rail engine design which requires a high-pressure fuel pump (HPFP) generating something above 10,000 psi to the injectors and which is lubricated and cooled by the diesel fuel itself, and you have a recipe for disaster.

      The NHTSA investigated VW for this exact problem. When the HPFPs started going on their CR engines the cost to the consumer was $10,000 to fix it (because once the HPFP eats its own guts it contaminates the entire fuel system). Everything had to be replaced. VW just always claimed that the problem was that the consumer put gasoline in their car and would refuse to fix it. And the car may have in fact had gasoline in it, but it may have been contaminated at the fueling station, not the fault of anything that the consumer did.

      What a mess. Hundreds of pages of analysis here.

      --
      I am not interested in articles about life extension advancements.
    4. Re: This is what happens... by Anonymous Coward · · Score: 5, Insightful

      I don't know where you got that from, but VW did not stop selling diesel vehicles for three years. That would be economic suicide for a major car producer.

      I also don't share your conclusion. Diesel is only 'dirtier' if you only care about NOx. All of the really nasty stuff (ultra-fine particulate, volatile organic compounds, carbon monoxide) is produced in larger quantities by petrol engines and the gap is getting wider. Scrutiny may be increasing and NOx emissions may be much more in focus than they were in the past, but diesel will continue to be the most economic means of propulsion for larger cars, vabs and trucks for quite some time and I don't see the market share of diesel cars going below 40% anytime soon. Manufacturers still have to meet their CO2 goals and consumers who drive a lot will still want to use less and cheaper fuel. Diesel isn't dead until internal combustion is.

    5. Re:This is what happens... by Viol8 · · Score: 2

      A small amount of petrol mixed in with the diesel in a CR engine won't actually do it any harm so long as it only happens the once or twice. Its when the fuel is majority petrol that the problems start.

    6. Re:This is what happens... by jeff4747 · · Score: 2

      ...when ignorant politicians and regulators set emission goals that are apparently impossible to reach with current technology

      They are entirely reachable with current technology. That's what AdBlue systems do. The companies didn't want to use those systems, so they cheated instead.

    7. Re:This is what happens... by thegarbz · · Score: 3, Informative

      The kind of crude that Europe gets is very high-quality and can be fed right into a fractional distillation facility.

      There is no "kind of crude that Europe gets". The economics of oil are highly dependent for each refinery. There are refineries that setup to take only local crudes, and there are refineries setup to take the nastiest crap on the market, and they'll get it from anywhere because it's cheap. The type of refineries are very heavily dependent on the consumer market. The largest refinery in Europe has a fantastic upgrading capacity and ability to run the nastiest shit you can think of, the second largest next door is 2 distillation towers and an ancient cat cracker struggling to keep on spec for bunker oil. It's a complete mixed bag.

      As a result, diesel tends to be priced pretty well since there is plenty of supply.

      The retail price difference between petrol and diesel has far more to do with taxes than supply and demand. The absolute cost of fuels even more so. Mind you saying diesel is priced pretty well should be qualified for an American news site. Priced well in this case means it only costs triple what the USA pay. The price split is very similar. Average diesel price in Chicago is 1c above gasoline right now, average diesel price in Antwerp is only 2c below gasoline.

      If the market price for diesel is high, you can make more diesel. If it's gasoline you want, just change the recipe a bit.

      That's really not the case at all. Well it is a bit, but the amount of handles you have are very limited. What you do have a handle on is the removal of impurities, but the general mix is hard to alter as the refineries' units are designed to produce an optimum output. I.e. if you decide you don't want to produce as much gasoline as diesel tomorrow and buy the appropriate crude to do so, what you're actually saying is I don't want to run the expensive equipment I bought to it's full utilisation and therefore don't want to make as much money. That's one of the great things about a completely fungible feedstock and product, it will always sell and the sensible option is almost universally to optimise refineries for max throughput regardless of what the market is doing. I briefly worked at a refinery in Australia that wasn't able to sell diesel locally since it lacked the ability to meet the sulphur targets with its feedstock. It was cheaper to run that refinery and export 100% of it's diesel to Asia than it was to buy a feedstock that allowed it to meet the sulphur spec, and at the time Australia was hungry for diesel. (Quite disappointing to see a ship full of diesel leave for Asia passing a ship full of diesel coming from Asia both operated by the same company, but the cost / benefit made that the most profitable option).

      If Europe gives up on diesel, they will need to spend billions to build new or to retrofit refineries

      To be clear Europe IS giving up on diesel, at least for the consumer market. In my city alone there has been a 90% drop in the number of registered diesel vehicles in the past 10 years. Major cities are implementing bans or have implemented them already. However this doesn't interest refiners much anyway for several reasons: They need to spend billions to retrofit in order to meet new jet standards, increasing emissions standards, flaring standards, they have continuously spent on meeting the ever changing diesel standards, and the next big one coming up: fuel oil standards. Some of the coking refineries need to upgrade as power-plants shut down, others as the iron and aluminium industry shut down.

      Basically what I'm saying is investment is continuous and ongoing (even now with the oil price where it is), so changing consumer demand won't impact the industry on the whole much.

  2. We knew VW cheating story did not add up. by 140Mandak262Jamuna · · Score: 5, Interesting
    I remember posting about it back when VW diesel cheating was making rounds.

    If it is any other country/company we could blame it on "low level team cheating" or "midlevel managers were scared to tell the higher level managers the truth" or "simple incompetence and cowboy attitude towards laws".

    But in Germany, in VW, these stories do not add up. Given the documentation they do and the way they follow the orders, the cheating was done with full knowledge and compliance of everyone all the way to the top. VW buys our software. I see their acceptance testing reports and how much they test, document and demand explanations. Not only they document, they refer to the docs and use them all the time.

    No way the VW diesel cheating was the work of some rogue team in some isolated division. It went all the way up the company, now it appears, it went all the way up the entire damned industry.

    --
    sed -e 's/Chuck Norris/Rajnikant/g' joke > fact
    1. Re:We knew VW cheating story did not add up. by Anonymous Coward · · Score: 2, Insightful

      It went all the way up the company, now it appears, it went all the way up the entire damned industry.

      The real question then, becomes what else is going on? We already know that the lead in gasoline was a scandal for decades, the whole business with tobacco, the petrocompanies lying about climate reports, and even New Coke.

      I suggest we start the executions.

    2. Re:We knew VW cheating story did not add up. by newdsfornerds · · Score: 2

      Of course the upper management knew. It was probably their idea.

      --
      Damping absorbs vibrations. Dampening is caused by moisture.
  3. AdBlue = Urea + Water by sjbe · · Score: 4, Informative

    AdBlue is a liquid solution used to counteract a vehicle's emissions.

    AdBlue is a solution of urea and water generically referred to as diesel exhaust fluid. It lowers NOx emissions in diesel vehicles.

    1. Re:AdBlue = Urea + Water by XXongo · · Score: 3, Funny

      AdBlue is a solution of urea and water generically referred to as diesel exhaust fluid. It lowers NOx emissions in diesel vehicles.

      Can't you just piss in the tank? It's the same + a few organics that would be burned off

      No, the exhaust is filtered through the urea after combusting.

      You'd have to piss in the exhaust pipe.

  4. What If We Create a Better World for Nothing by Kunedog · · Score: 2

    everyone knows western Europe is a peace and earth loving heaven on earth while the evil USA spews carbon into the air

    Also, this smug comic has always assured us that there are no possible downsides to any Green initiatives and proposals:
    https://pbs.twimg.com/media/CV...

    1. Re:What If We Create a Better World for Nothing by HornWumpus · · Score: 2

      LImiting vehicle horsepower and hooning. Empowering the anti-fun brigade and emboldening them to kill the next fun thing.

      The upside, of course, is that it encourages healthy disrespect for laws and teaches young people how to cheat early.

      --
      John McAfee 'It was like that time I hired that Bangkok prostitute; to do my taxes, while I fucked my accountant'
    2. Re:What If We Create a Better World for Nothing by AmiMoJo · · Score: 2

      Welcome to adult life. There are loads of fun things that you aren't allowed to do, because they fuck up other people.

      Anyway, EVs are loads of fun. Ridiculous amounts of power, 0-60 times that put supercars to shame...

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    3. Re:What If We Create a Better World for Nothing by AmiMoJo · · Score: 2

      Are you kidding? Low centre of gravity, active cooling... Have you even seen Formula E? Do you know that the Model S will easily top 150 with massive acceleration right up to the limit?

      60 is what you hit 2.2 seconds after pressing the pedal, not even half way to the limit.

      Considering that these are the first few generations of car we are seeing, and they already blow away all but the most extreme and expensive dino-juice burners for a fraction of the cost... And when you are just commuting, they are easier and smoother to drive than automatics.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    4. Re: What If We Create a Better World for Nothing by sound+vision · · Score: 2

      How long could you push a Tesla at 80 or 90 mph? Would it overheat or just finish off the battery within the hour?

  5. Der Spiegel story did not add up. by XXongo · · Score: 5, Interesting

    I remember posting about it back when VW diesel cheating was making rounds.

    The article is mixing up two different things, and pretending that they are connected. Der Spiegel says that the automakers met in secret to discuss “the technology, costs, suppliers, and even the exhaust gas purification of its diesel vehicles." Then, separately, VW implemented a cheating system to dodge the emissions testing, with other automakers doing similar things, although to lesser degrees.

    But the article implies that these two things are connected. Documentation, however, pretty well shows that the original plan of VW was to buy a license for the Mercedes "blueTec" technology, but they abandoned this plan when the Chief Operating Officer changed, who favored using their own developed technology (TDI). TDI didn't work as well as expected, necessitating the cheat.

    Der Spiegel attempts to imply that the collusions were to agree on how to cheat, but from the evidence, it looks like the "collusion" was exactly the opposite of what Der Spiegel implies: the "collusion" was to collaborate on technology to avoid producing emissions, but when that collaboration fell apart, they shifted to cheating.

    New York Times article here: https://www.nytimes.com/2015/1...
    Wall Street Journal article here: https://www.wsj.com/articles/v...

    1. Re:Der Spiegel story did not add up. by Solandri · · Score: 3, Informative
      Yeah, the DEF (diesel exhaust fluid) technology using urea to reduce diesel NOx emissions is patented by Mercedes. So naturally the other diesel vehicle manufacturers would have to "collude" with Mercedes to license it.

      The curious thing though is that the DEF usage rates are all over the place. I first noticed this when I had to rent a diesel Ram 3500 for some towing, and it used way more DEF than my personal vehicle (VW Touraeg). So out of curiosity, I looked into the DEF consumption rate for other 3.0 liter diesel engines.
      • VW Touareg - 5.3 gallon tank, 5 gallons DEF per 10k miles claimed, approx 5.5 gallons per 10k miles observed
      • Ram 3500 - 8 gallon tank, 11.4 gal per 10k miles observed. Though it got about 65% the MPG since it was a 6.2 liter engine, vs 3.0 liters for all the other vehicles. Normalizing for fuel consumption, it was about 7.4 gallons per 10k miles observed.
      • Jeep - 8 gallon tank, 8 gallons per 10k miles claimed
      • BMW - 6.1 gallon tank, 6.5 gallons per 10k miles claimed
      • Mercedes - 6.8 gallon tank, 4.4 gallons per 10k miles claimed

      Notice that VW's and Mercedes' DEF use rates are lower than Dodge, Jeep, and BMW. And the two automakers thus far accused of cheating on diesel emissions are... VW and Mercedes.

  6. Not really in secret? by Harald+Paulsen · · Score: 2

    "The meetings were disclosed to German competition officials in letters from VW and Daimler"

    So, not really a secret cartel meeting then? More a cooperation between industry leaders trying to find a solution.

    Kind of like how many industries have a forum where competitors can exchange experiences and work on some things together?

    --
    Harald
  7. Re:software vs exhaust by bws111 · · Score: 4, Informative

    There is a third option, which what was actually done. The conditions under which the tests are done (with a sensor) are known. They programmed the ECU so it would detect those conditions and modify the engine performance to pass the test.

  8. Re:Irony by aicrules · · Score: 2

    For a while here in Missouri they had the Gateway Clean Air program for car emissions testing. You didn't even have to go to some specific company/building to get tested they could actually set up on the side of a road, often an on-ramp to a major interstate, a camera at license plates and a set of sensors for recording actual emissions and viola, if you were up for renewal on registration you'd get a certificate of passing (or failing) in the mail not too long after. Whether this is an accurate or cost effective method of testing I have no idea. I also don't know how effective any particular testing procedure can be, but someone seemed to think it was worthwhile to do it this way.

  9. Re:Black smoke by MightyYar · · Score: 2

    I rented a car in the UK and got exceedingly lucky when they sold out of automatics and were forced to give me a Mercedes GLA diesel. Aside from the annoying stall-out feature at every light that needs to be disabled every time you start the car, it was not a bad driver. Indeed it did not put out a typical diesel smell, but to say that it does not produce any odors is not quite right. If you were idling in one place long enough with the windows down, you definitely could smell the combustion products. I'm not sure it smells any worse than a gasoline engine, but the first time I smelled it I was a bit alarmed since I didn't recognize the smell and thought something was burning. It was very economical and had a good range, but I still prefer the gasoline version which is lighter and faster. And if you are buying such an expensive car, I'm not sure why you'd get hung up on a slight difference in fuel economy (though UK fuel prices were on the obscene side). Environmentally it's probably 10-15% better than the same car in gasoline, but not as good as an economy car and probably no better than a hybrid. The roughly $5k premium will buy you a lot of carbon credits...

    --
    W..w..W - Willy Waterloo washes Warren Wiggins who is washing Waldo Woo.
  10. Re:Irony by Plus1Entropy · · Score: 2

    That would be pretty dumb, but that's not what they do. VW programmed the engine to detect an emissions test and change to a lower-performance mode that would produce less emissions. On the road the vehicle would revert to its normal high-performance mode.

    --
    Only crack the nuts that crack. You don't put the ones that don't crack in the sack.
  11. Not a natural result of unrealistic regulations by XXongo · · Score: 4, Interesting

    Is this just the natural result of unrealistic or even impossible regulations devised by leftist bureaucrats being forced on companies?

    Basically: no.

    The regulations were neither unrealistic nor impossible. Gasoline powered cars, for example, met the regulations easily.

    The companies involved, however, thought that they could meet the emissions standards using diesel engines. Old-fashioned diesel engines are classically dirty and polluting (although also simple and efficient)-- but new "clean diesel" technology was being developed.

    VW, however, chose not to license the Mercedes technology and instead develop their own clean diesel approach... which turned out not to work as well as they had anticipated in stopping nitric oxide emissions. So they cheated.

    It's easy for regulators to create policies demanding that unrealistic, if not outright impossible, goals be met.

    It wasn't a case of regulations that couldn't be met-- it was a case of VW's "not invented here" syndrome.

    You do have to pay attention to the fact that the "collusion" in the Spiegel article was not companies colluding on cheating: it was companies colluding on using each others technologies (which VW eventually decided not to do).

    1. Re:Not a natural result of unrealistic regulations by PPH · · Score: 2, Insightful

      This, exactly.

      Because many of the emissions regulations were written for social engineering purposes. Not to actually clean up air. A few simple fixes do make some sense. Like not venting gasoline and crankcase fumes to the atmosphere. Easy fixes. But the whole NOx regulation thing was due to a bunch of no-cars liberals getting a hard on over muscle cars in the '60s and '70s. Muscle cars (and diesels) have high compression ratios, higher combustion temperatures, burn fuel (and particulates) more efficiently, but produce NOx. Not really a bad tradeoff, as NOx is naturally occurring (see the Nitrogen Cycle). It might be a problem in the LA basin, but California can go fuck themselves for building cities in unsuitable environments. In the rest of the country, NOx is a non issue.

      There is a trade-off between burning diesel fuel hotter for higher performance and lower particulates, but higher NOx. And burning cooler for lower NOx, but lower particulates and lower performance. VW simply chose the solution which best suits emissions issues in 99% of the world.

      --
      Have gnu, will travel.
    2. Re:Not a natural result of unrealistic regulations by CustomSolvers2 · · Score: 3, Informative

      NOx is quite dangerous (NO and NO2) and one of the top concerns when reducing emissions, but there are other engine pollutants which are also dangerous. Note that one thing is something like CO2, focused on more long-term/theoretical aspects and which has become mostly relevant because of scientific/social/media pressure; and a different story are immediately harmful for health/environment pollutants (like NOx) which, as explained in other comments above, have been one of the most relevant concerns for engine makers since quite a few years ago.

      So, just in case my point wasn't completely clear: when referring to the political component of emission targets, I wasn't implying that I disagree with these emissions being banned. I was merely referring to the usual motivations behind their systematically-decreasing values, what kind of explains all the cheating scandals. Bear also in mind that restricting the commercialisation of industrial equipment because of unhealthy outputs is quite common in all the worldwide regulations since quite a few years ago. The case of IC engines (mainly cars and trucks) gets a bit more attention and this might also be the reason for these politics-based decisions.

      --
      Custom Solvers 2.0 = Alvaro Carballo Garcia = varocarbas.
    3. Re:Not a natural result of unrealistic regulations by thegarbz · · Score: 3, Informative

      That is a load of garbage. NOx emissions are much like sulfur in that they sing intrinsically have a major effect on the global climate but are frigging horrible in concentrations close to population centres. There was no hard-on against muscle cars, there were studied finally showing how NOx emissions negatively affect health.

      You're right about the 99% but only by earth surface area, definitely not by target market which is city centre driving.

  12. Re:software vs exhaust by Plus1Entropy · · Score: 2

    You are very confused. VW designed a "defeat device" that detected when the car was undergoing an emissions test and lowered the performance of the engine, also reducing the emissions.

    --
    Only crack the nuts that crack. You don't put the ones that don't crack in the sack.
  13. Re: Irony by MachineShedFred · · Score: 2

    Except for the VW defeat device in question being the software sensing when the vehicle was in test conditions and de-tuning the engine in order to pass the test, you are absolutely correct.

    No wait, you are wrong. And that's how VW got away with it for years until an independent research effort sought to confirm the emissions rates under actual road conditions, and couldn't. In fact, they found the emissions were many times worse when on a real road then when the same car was going the same speed on a dynomometer.

    How do you think they got caught?

    --
    Slashdot still doesnâ(TM)t support Unicode after it was added to the HTML standard in 1997.
  14. Adblue is for NOx reduction, not particulates by Viol8 · · Score: 2

    It does nothing for the latter. You still need some other method to get rid of the soot.

  15. Emissions targets can be met by sjbe · · Score: 2

    But engine companies are actually not able to meet the emission targets, certainly not by keeping their clients happy

    Baloney. They can meet the emissions targets today and the technology is being sold as I type this in large numbers. It will mean that they will have to change the vehicle mix but to that I say so what? Same rules apply to every one and they have the technology to achieve it. If that means that you and I have to live with less horsepower so be it. But Tesla is showing that you can meet emissions targets and have a vehicle worth driving too. Even among gasoline powered vehicles there are plenty that are being sold right now that meet any reasonably near term emissions requirement and are perfectly fine vehicles to drive.

    It is also true that most of emission targets are determined by political interests with low-to-no realistic technical knowledge.

    The emissions targets have been reviewed plenty by interested parties with technical knowledge and there is no evidence that it is technically impossible to meet them as a general proposition. There are vehicles available TODAY that can meet the emissions targets. Yes they will have to sell a different mix of vehicles. The fact that car makers want to have their cake and eat it too is not my problem nor yours. They have the technology and they need to get busy applying it.

    I worked on this field some years ago and the fact that the upcoming targets, the ones being applied now and in the near future, were almost impossible to be met was a quite common belief in the industry.

    I work in the auto industry today and while I agree that some "believe" it impossible, that's only true if you assume no change to the product mix. Despite what they might tell you, very few people "need" a 500HP Corvette or a 400HP pickup truck.

    1. Re:Emissions targets can be met by CustomSolvers2 · · Score: 2

      Baloney. They can meet the emissions targets today and the technology is being sold as I type this in large numbers.

      As said, I was working precisely on reducing pollutants on IC engines and, back then (some years ago, this is true; but we are talking about something that will not change in many years), they weren't just having serious problems to meet the targets, but were also spending lots of money on trying to do so.

      There are vehicles available TODAY [wikipedia.org] that can meet the emissions targets.

      This sentence proves that you are not getting the point. There aren't just some vehicles meeting the targets today, ALL the engines being commercialised have to meet the targets in the given country. Meeting the emission targets is a basic requisite for any engine (or machine or facility) to be commercialised since quite a few years ago.

      I don't want to offend you, but there is no point in continuing with this conversation. You expect me to accept some generic (quite wrong) ideas when I do have actual knowledge on all this (you might be working on the auto industry, but certainly not as an engineer on engine-emission reduction). I do understand that you might think the same of me ("why should I believe what this guy says?") and this is precisely the reason why I don't see the point of continuing :)

      --
      Custom Solvers 2.0 = Alvaro Carballo Garcia = varocarbas.