Not when it comes to the true emissions. That’s the rub for ICE vehicles. Gas production is ongoing and continuous. The exploring, extracting, refining, processing, transporting, and burning just goes on and on. That 10-year old car demands the same ongoing extraction process throughout its entire life and the air we all breathe continues to be pumped full of noxious gases along the way. At least the battery horribleness is generally a one-shot affair per car. And yes, most people are not charging their EVs with 100% renewables. Still it’s significantly less energy that a gas car, and that’s true even though we exclude the energy it takes to do that ongoing exploration-extraction etc process for gas when we make comparisons. All along the gas-making process, energy is consumed at incredibly high rates. I’ve yet to see a comparison that includes all of that. How much energy does the gas industry use just finding new places to drill? Lobbying for access to those places? Actually doing the extraction (including transporting engineers and other workers, as well as equipment)? Moving the crude to refineries? Running the refineries? Transporting the gas to gas stations? Etc etc? Imagine!
I’ve found it very interesting how much more attuned I am to how much energy it actually takes to run a car since driving an electric. Pumping gas is deceiving. All of the real costs are hidden from the consumer. You can mindlessly fill up in minutes and the tail pipe spews the poison out the other end (and generally invisibly). The reality of the environmental degradation is hidden from us completely when we drive ICEs.
I have a mental exercise that helps to understand the scale of fuel use in gasoline vehicles, and how it's easier to fail to appreciate it.
Let's say there's a 40mpg gasoline vehicle, which in the USA would be considered to be efficient. The average mpg of a vehicle in the USA is much lower.
Say the vehicle is driven 10,000 miles per year, which is below the US average. It will use 250 gallons per year.
Say the vehicle is driven for 10 years, which is below the average age of a registered vehicle, in the USA. (2021 12.1 years). It will use 2500 gallons over 10 years.
A gallon of gas weighs about 6 pounds.
Each year vehicle is driven, it will use 1,500 pounds of gasoline.
After 10 years of driving it will use 15,000 pounds of gasoline.
And that is for a vehicle of above average efficiency driven a below-average number of miles.
In the USA, a 2020 vehicle of average efficiency driven an average number of miles for the average age would have use about 3,370 pounds of gasoline per year, or 40,700 pounds of gasoline when it reached the average age.
Now answer the following questions:
- In your current ICEVs/last ICEV you owned, how big is/was the fuel tank? Not how many gallons. The dimensions.
- At your regular gas station, how big are the underground fuel storage tanks? Not how many gallons. The dimensions.
It's all hidden from normal view. You don't see the gas station tanks, you don't see the gas as it's pumped, you don't see the fuel tank and it's spread over many fill-ups.