No - asphalt is bound together by bitumen, a sticky, waterproof byproduct of petroleum refining.
eg: You don't get asphalt without bitumen and you don't get bitumen save as a byproduct of a massive amount of fossil fuels being pulled up .. and inevitably increasing the amount of CO2 in the atmosphere.
> You don't get asphalt without bitumen and you don't get bitumen save as a byproduct of a massive amount of fossil fuels being pulled up
There are alternatives to virgin bitumen for binding asphalt, like recycled asphalt [1], asphalt blended with recycled rubber, etc. These could conceivably be used together with a smaller amount of virgin petroleum-derived bitumen.
Indeed. There are also paths to tackling the impacts from concrete, from steel making, from livestock generating methane, etc.
The figure that has to watched, reduced, and ideally if possible made negative for a time is the rate of CO2 addition to the atmosphere; pulling up additional hydrocarbons already sequestered will always(?) lead to some amount of additional CO2 being set free as a gas.
The very existence of any bitumen (derived from buried hydrocarbons) is just a sign of the horse (previously sequestered CO2) having already left the stable (buried for millenia).
Arguably asphalt is exactly the sort of application we should be using petroleum for - keeping it sequestered in earth instead of burning it.