Not exact matches
But that could change when China and India, for example, increase their energy consumption by
using their
vast reserves
of coal.
Australia has access to
vast energy resources through sun, wind, biomass, natural gas and
coal, all
of which can be
used to produce hydrogen and / or the desired energy carrier compound.
When trees in
vast forests died during a time called the Carboniferous and the Permian, the carbon dioxide (CO2) they took up from the atmosphere while growing got buried; the plants» debris over time formed most
of the
coal that today is
used as fossil fuel.
Currently, the
vast majority
of electricity
used to charge cars comes from
coal - fired power stations, which inherently involves masses
of carbon emissions.
They are
using their
vast political power to leverage a future
of total human servitude to corporate ideology, while the independent
coal miners and oil roughnecks are returned to a life
of poverty and misery.
Given that the United States, China and other countries sit on
vast reserves
of coal, and that
vast volumes
of carbon dioxide will come from conventional
use of this energy source, what is the best way forward?
But, ultimately, we have to get off both oil and
coal, and start
using renewables for the
vast majority
of our energy.
The
vast majority
of energy we
use today is derived from the burning
of fossil fuels such as oil, natural gas, or
coal.
Furthermore, it would be difficult to
use healthcare costs in favor
of solar energy plants because the
vast majority
of air pollution related healthcare costs are associated with AUTOMOBILE exhaust, not
coal or gas energy plants.
If you were in the business
of being a
coal, oil, and manufacturing tycoon, chances are you'd be making the same moves —
using a tiny sliver
of your
vast wealth to protect the forces that would prevent that wealth from becoming even more
vast.
[7][8] The
vast majority
of anthropogenic carbon dioxide emissions (i.e., emissions produced by human activities) come from combustion
of fossil fuels, principally
coal, oil, and natural gas, with comparatively modest additional contributions coming from deforestation, changes in land
use, soil erosion, and agriculture.
Surface mining has also become a dominant driver
of land -
use change and water pollution in certain regions
of the world, where mountaintop removal,
coal and tar sands exploitation, and other open pit mining methods strip land surfaces
of forests and topsoils, produce
vast quantities
of toxic sludge and solid waste, and often fill valleys, rivers, and streams with the resulting waste and debris [81].