Perhaps, too, carbon credits could increase in value with increased longevity of the carbon
storage out of the atmosphere?
Not exact matches
One approach that is gaining currency among environmental scientists is carbon dioxide capture and
storage (CCS), a form
of carbon sequestration in which CO2 is removed from the waste gas
of power plants, typically by absorbing it in a liquid, and subsequently burying it deep underground, hence keeping the gas
out of the
atmosphere.
«The more we can prolong the
storage of wood products in human structures, the longer the carbon is kept
out of the
atmosphere.
As long as rapid continental weathering continued, carbonate was deposited on the oceanic crust and subducted into what Lowe calls «a big
storage facility... that kept most
of the carbon dioxide
out of the
atmosphere.»
However, when trapped in fossil fuels, it is essentially taken
out of the cycle because
storage is so long relative to the speed that carbon is cycled between biota and
atmosphere.
To return to the crisis, if we really want to give 9 billion 250 KWHr each every day
of their lives for the full techno - lifestyle indefinitely and leave the
atmosphere entirely
out of it, we need to build about 1 million square kilometers, 100 square meters per person,
of advanced solar cells combined with a variety
of energy
storage and long distance transmission means.
of anthropogenic CO2 releases that have been taken
out of the
atmosphere (over and above the amount taken
out of the
atmosphere that balances the natural additions to the
atmosphere), perhaps mainly as a direct biogeochemical feedback (increased CO2 favoring more rapid biological fixation
of C, net flux
of CO2 into water until equilibrium for the given
storage of other involved chemical species in the upper ocean) fairly promptly.
Also point
out that in excess
of 99.5 %
of the
atmosphere is completely transparent to IR and might as well not be there at all, except that it acts as a heat
storage medium after IR absorption by CO2 (H2O, CH4, etc) and subsequent relaxation through collision with the O2 and N2 molecules
of that medium.
Delaying action to curtail greenhouse gases through 2030 would reduce options to stabilize the gases, require much more rapid scale - up
of low - carbon technologies and rely more on techniques that take carbon dioxide
out of the
atmosphere, such as combining burning biomass with carbon capture and
storage, the researchers wrote.
Over the 5 long term, this warming conforms to a complex trend that can be simplified as a monotonic curve, but the actual pathway is steplike... this rules
out gradual warming, either in situ in the
atmosphere or as gradual release from the ocean, in favour
of a more abrupt process
of storage and release.
By the law
of conservation
of energy — the average unit energy in (EIN / s) at the top
of atmosphere (TOA) in a period less the average unit energy
out (EOUT / s) is equal to the rate
of change (d (GES) / dt) in global energy
storage (GES).
Negative emissions can refer to carbon capture and
storage technology powered by biomass, geo - engineering
of the
atmosphere and oceans, or CO2 removal that sucks emissions
out of the air.
The 10 million tons
of CO2 placed in underground
storage by the US CCS demonstration programs demonstrates that we can put CO2
out of reach
of the
atmosphere, a critical requirement for any carbon dioxide removal method.
BECSS — Bioenergy and CCS One
of the cheaper ways to take carbon
out of the
atmosphere is to combine bioenergy and carbon capture and
storage.
The more we can prolong the
storage of wood products in human structures, the longer the carbon is kept
out of the
atmosphere.
The interactive has the ability to include Carbon Dioxide Removal (CDR) approaches, which would pull CO2
out of the
atmosphere and into soils and
storage via a possible set
of activities, including bioenergy with carbon capture and
storage, agricultural soil carbon, biochar, mineralization, afforestation, and direct air capture.
The results suggest that 1.5 C is achievable if global emissions peak in the next few years and massive amounts
of carbon are sucked
out of the
atmosphere in the second half
of the century through a proposed technology known as bioenergy with carbon capture and
storage (BECCS).
If some advanced form
of carbon capture and
storage were available, removing excess carbon dioxide from the
atmosphere could be as straightforward as having a bit
of a tidy - up and hiding away all the unwanted rubbish
out of harm's way.