Phytoplankton play a significant role in carbon sequestration, with estimates suggesting that they can absorb about 0.5 to 1.5 grams of CO2 for every gram of biomass produced. Since a pound is approximately 454 grams, this means a pound of phytoplankton could potentially take up around 227 to 681 grams of CO2. The exact amount can vary based on species, environmental conditions, and growth rates. Overall, phytoplankton are crucial in mitigating climate change through their carbon uptake.
Around 3 pounds of CO2 are emitted by open air burning of one pound of tire.
A 50-pound steel CO2 tank typically weighs around 30 pounds when empty.
One pound of soda lime can remove approximately 250-300 liters of CO2. The exact amount can vary based on the concentration of CO2 in the environment and the efficiency of the soda lime.
Oxygen is produced in photosynthesis by phytoplankton. High phytoplankton growth reflects high rate of photosyntesis which will reduce dissolved CO2 and enhance dissolved O2 in the water.
A pound of CO2 is equivalent to producing around 0.45 kilograms of carbon dioxide emissions. This measurement is commonly used to quantify carbon footprints and emissions reductions in various industries and environmental initiatives.
The reaction is: C + O2 = CO2 The volume (or the mass) of the released carbon dioxide depends on the concentration of carbon in charcoal; this is very variable.
It takes about 0.5 pounds of carbon dioxide to create one pound of dry ice.
Sense CO2 is a liquid at first, it takes the shape and weight of whatever it is in. Therefore you are receiving 50 lb of CO2. This should last a considerable amount of time.
The top of a CO2 canister isn't very thick. It will take about a half a pound of pressure to break through the top.
I think when they receive carbon dioxide
AnswerOxygen, and lots of it.They do this through the process of photosynthesis.Using CO2, Sun Energy, and H2O are combined to make Glucose and Oxygen.Oxygen.
Yes, phytoplankton in sufficient quantities can reduce atmospheric carbon dioxide levels. These organisms use atomspheric carbon dioxide as a reactant during photosynthesis to generate stored energy for themselves. However, simply building up phytoplankton levels will not solve global warming - these organisms are part of an elaborate food web and increasing phytoplankton populations will have an effect on those animals that compete with them for food as well as those animals that consume phytoplankton.