Here’s a question for ICE vs EV to be addressed.
When hydrocarbons catch fire ya get CO2 and H2O as byproducts.
When EV batteries catch fire what do ya get?
In addition to that question, you should consider asking (1) the likelihood of that happening vs ICE on apples-to-apples basis; and (2) given the gravity and likelihood, how would we fair without EV adoption.
I think weighing those three questions it is more reasonable to conclude EVs are still well worth it.
To answer you question, while less frequent (even accounting for less EVs and ICE), really bad stuff comes out of EVs when they burn.
Good link:
https://airqualitynews.com/2020/10/...re known,about dealing with electric vehicles.
Selected quote:
Effective risk management
When we are highlighting the risks of EV fires, it is important to position this against the backdrop of the current risks of air pollution.
Globally, air pollution is responsible for 7 million premature deaths every single year and if we fail to decarbonise the planet, then the impacts of climate change on the global population will be catastrophic.
To date, fatalities from electric vehicle fires are few and far between.
As stated by Professor Paul Christensen, like with most things there is always a risk, but we should not let this risk deter us from transitioning towards a fleet of electric vehicles, rather it should encourage us to accelerate our understanding so we can avoid and mitigate the risks in the best possible way.
‘As a civilisation, we are very good at managing risk,’ said Paul.
‘Yes, these risks are very real, but if we understand them, then we can manage them.
‘If we are going to decarbonise the planet and reach the targets set by the Prime Minister – which we absolutely should – then we are going to have to learn how to deal with EV fires.
‘In general terms, the fire services are not yet fully prepared, but they are working hard to understand the new risks. Fundamentally they are going to need a lot more help and funding from the government.
‘Various solutions have been suggested, for example, a water lance that floods the battery or a fire blanket to cover the vehicle. But I think the general consensus is that it’s not going to be one single product or solution, it’s going to have to be a system that involves both procedure and product.
‘The last thing I want to do is demonise lithium-ion batteries, they are amazing, we’ve seen no battery like them before and they are essential to the decarbonisation of the planet, but with the plans to ban the sale of petrol and diesel vehicles creeping closer and closer much more research needs to be done to ensure safety across the board.’