Carbon Dioxide Separation and Recovery from the Closed Animal Breeding and Habitation Module of the CEEF during Closed Habitation Experiments 2006-01-2076
In the Closed Ecology Experiment Facilities (CEEF), an artificial ecosystem including crops, Shiba goats, and human inhabitants is to be constructed in order to conduct long-term habitation experiments. For carbon circulation in this artificial ecosystem, CO2 needs to be recovered from the air of animal breeding and habitation rooms using a CO2 separator and to be injected into growth chambers for consumption in crop photosynthesis. Moreover, daily crop yield from the growth chambers needs to be stabilized to drive carbon circulation in the artificial ecosystemwithout huge buffers. Because crops are cultivated in a staggered manner, controlling atmospheric CO2 concentration in the growth chambers at a constant level during light periods throughout crop cultivation is necessary for stabilizing daily crop yield. Our results indicated that atmospheric CO2 concentration in the growth chambers could be controlled at a constant level during light periods when CO2 recovered from the animal breeding and habitation rooms using a CO2 separatorwas injected into the growth chambers. Therefore, we concluded that CO2 separation capacity was enough for driving carbon circulation in the artificial ecosystem constructed in the CEEF.
Citation: Tani, T., Nozoe, S., Tsuga, S., and Tako, Y., "Carbon Dioxide Separation and Recovery from the Closed Animal Breeding and Habitation Module of the CEEF during Closed Habitation Experiments," SAE Technical Paper 2006-01-2076, 2006, https://doi.org/10.4271/2006-01-2076. Download Citation
Takashi Tani, Susumu Nozoe, Shouichi Tsuga, Yasuhiro Tako
Institute for Environmental Sciences
International Conference On Environmental Systems