Bletchleyite
Veteran Member
However I would expect that the particular emmisions for brakes, tyres and road wear would be much higher for EVs because they weigh a lot more.
For brakes you'd be wrong, because EVs use regen.
However I would expect that the particular emmisions for brakes, tyres and road wear would be much higher for EVs because they weigh a lot more.
However I would expect that the particular emmisions for brakes, tyres and road wear would be much higher for EVs because they weigh a lot more.
Trying to get back on topic, a Luton to Glasgow flight will cause 130kg CO2e per passenger. A hire car with ICE will use about 10 litres of fuel, so another 26kg CO2e.
I wonder how much CO2e the sleeper emits between Edinburgh and Fort William per passenger for its 60 or so passengers in high season? I’d bet there’s not much in it. And in low season, flying will be better.
If only that were the case. Quite often cars bought by dealers are just scrapped as its not worth the effort to try and sell them.That's a flawed argument. It would apply if you were going to scrap the car. However, if you have an "existing car that works" you aren't going to scrap it, you are going to sell it. And someone will buy it and sell their older one, and so on down the chain until a very old, no doubt highly polluting and barely functional old car is scrapped.
If only that were the case.
Quite often cars bought by dealers are just scrapped as its not worth the effort to try and sell them.
I suppose it varies depending on market conditions, but were definitely a lot of relatively new cars going to scrap fairly recently. I just had a look and it seems that the pandemic has resulted in more, older vehicles (average age of a UK vehicle has increased to 8.4 years) but even then we're not talking about "very old, highly polluting" vehicles being the ones going to scrap, there will be a lot of relatively new ones as well. Up until 2019-ish the average age was only something like six and a bit years old.It mostly is.
More often they offload them to auctioneers, sometimes in bulk.
Sorry but I'm afraid you're being taken in by the manufacturers green washing.Newest Tesla, the Model Y, weighs 1780kg. It's a 'Compact crossover SUV'. Biggest selling one of those is the Toyota RAV4, which weighs ~1720kg.
The Model 3 weighs about the same as a BMW 3series.
I doubt the North Clyde Electrification can power a Class 92. On AC the locos rated at 5MW that's the equivalent of a 20 coach 385 train.On the comparison between the sleeper on the West Highland Line vs flying, the aviation option has more impact per unit of co2 emitted because of the altitude it’s emitted at. Obviously you can’t fly to Fort William either.
This might be a completely stupid question, but could (or at least would be practicable to make the required mods) a class 73 on front not providing power control a class 92 on the rear so the 92 could push the WHL sleeper to Craigendoran detach and avoid the 73 powering under the wires?
While it's rated at 5WM it's not going to be drawing anything close to that. Going by Wikipedia, the Class 73/9 is rated at 1.9MW on diesel so it would be the same or less than that.I doubt the North Clyde Electrification can power a Class 92. On AC the locos rated at 5MW that's the equivalent of a 20 coach 385 train.
This might be a completely stupid question, but could (or at least would be practicable to make the required mods) a class 73 on front not providing power control a class 92 on the rear so the 92 could push the WHL sleeper to Craigendoran detach and avoid the 73 powering under the wires?
Whilst the train wouldn't need 5MW on the sleeper I think the issue is that transformer in rush when the pan goes up amongst other things may be seen as a fault by the electrification systems protection and signalling systems. I don't think Class 92s have universal clearance on all ac lines (but i could be wrong). Wasn't there an issue with 92s tripping the supply at Preston when they were first used on the sleeper?While it's rated at 5WM it's not going to be drawing anything close to that. Going by Wikipedia, the Class 73/9 is rated at 1.9MW on diesel so it would be the same or less than that.
I'm not sure exactly what the issue was, but it was caused by 331s being in the area with pans up. As such, there is now a limit to the amount of 331s that can be panned up stabled at Preston.Whilst the train wouldn't need 5MW on the sleeper I think the issue is that transformer in rush when the pan goes up amongst other things may be seen as a fault by the electrification systems protection and signalling systems. I don't think Class 92s have universal clearance on all ac lines (but i could be wrong). Wasn't there an issue with 92s tripping the supply at Preston when they were first used on the sleeper?
There is....it is - or will be - called the class 93. Unfortunately it's been ordered by the wrong company in this particular case, but contracts can change over time.Now, if an improved (on diesel) Class 88 variant was available.......
You have made me think. How about comparing the Carbon footprint of London to Glasgow by day-train, sleeper-train, coach, car and plane. After all the bit Northwards to Fort Wiliam is a different set of choices.
Who staffs the lounge in the evening - CS or GR?No food or drink onboard tonight (again), and of course no prior communication.
And passengers turned up expecting lounge access at Edinburgh but instead got nothing due to "staff shortages"
View attachment 101672
Looking at RTT, it arrived Rannoch 74 late, however the ScotRail service it crosses there left at 2116 so presumably the sleeper was delayed at Tulloch (RTT shows arrival on time but departure not recorded).Southbound fort William delayed 73 mins at Rannoch. Wonder what happened there!!!
I think both Megabus and Tesla would complain about that statement with some justification.You have them in the correct order! Unless the day train is a double voyager, which quite a few are.
73968 had ETH problems at Tulloch and was stopped on arrival at Craigentinny.Looking at RTT, it arrived Rannoch 74 late, however the ScotRail service it crosses there left at 2116 so presumably the sleeper was delayed at Tulloch (RTT shows arrival on time but departure not recorded).
I think both Megabus and Tesla would complain about that statement with some justification.
If you include whole railway infrastructure carbon costs I suspect the aviation will be a lot closer to rail than many people claim.
Yes - which is what firms who take carbon accounting seriously are starting to do. There's a lot of averaging involved, and quite a few assumptions required to make the data manageable, but it's an activity that is already well underway.If you included the whole cost for the railway then you'd need to include the whole cost for every other mode too. If you're comparing all of that then you may as well compare the carbon cost of a hotel stay with a flight/car/bus/day train and the sleeper where the carbon from the hotel wouldn't be included.
How far down do you go? The employees of the said modes of transport are needed to run it, so you account for thier commute?
Did the 66 work back on its own?73968 had ETH problems at Tulloch and was stopped on arrival at Craigentinny.
Indeed, but I would suggest that as distance increases the carbon advantage of rail decreases, this will especially be so for the low passenger number lines in Scotland and elsewhere which I imagine are carbon basket cases.If you included the whole cost for the railway then you'd need to include the whole cost for every other mode too. If you're comparing all of that then you may as well compare the carbon cost of a hotel stay with a flight/car/bus/day train and the sleeper where the carbon from the hotel wouldn't be included.
How far down do you go? The employees of the said modes of transport are needed to run it, so you account for thier commute?
No. That isn't possible. Aberdeen empties didn't run.Did the 66 work back on its own?
Indeed, but I would suggest that as distance increases the carbon advantage of rail decreases, this will especially be so for the low passenger number lines in Scotland and elsewhere which I imagine are carbon basket cases.
ALARP. The principle that should guide our transition to a low-carbon economy.Indeed, but I would suggest that as distance increases the carbon advantage of rail decreases, this will especially be so for the low passenger number lines in Scotland and elsewhere which I imagine are carbon basket cases.
Ah yes forgot RTT would have been my friend, cheersNo. That isn't possible. Aberdeen empties didn't run.
RTT shows
66740+73967 to Fort William
66789+73971 to Inverness
Aberdeen cancelled