Carbone Capture : Pyrolyse Méthane CH4 => Carbone solide + H2 (+ Sabatier : CO2 + H2 => CH4)

 

Catalysts Pore diameter X = CO2 (%) S = CH4 (%) T (°C) Stability test,conversion (%) References Coef
12Ni3Fe/A1203 5,2 84,1 100,0 420 Stable within 150h. Li et al., 2018b 23,8%
2Co8NVOMA 9,5 79,0 97,5 400 Stable within 50h. Xu et al., 2018 24,4%
15NVOMA 8,2 87,0 98,0 400 Stable within 150 h. Aljishi et al., 2018 24,5%
MA-10Ni3La 11,1 78,0 98,3 400 Stable within 50h. Xu et al., 2017c 24,6%
OMA-10Ni8Ca 8,4 80,0 98,5 400 Stable within 50h. Xu et al., 2017a 24,6%
5%Niffibrous SBA-15 7,0 98,9 99,6 400 Stable within 120h. Bukhari et al., 2019 24,9%
3ONVA1203.0.5Si02 4,8 82,0 98,0 350 Stable within 30h. Moghaddam et al., 2018 28,0%
Ni0.8Mg0.20@Si02 15,5 87,0 99,0 300 Stable within 100 h. Li et al., 2014 33,0%
5%NVMSN 3,4 99,9 300 Stable within 200 h. Aziz et al., 2014a 33,3%
20Ni/Al2 O3-ZrO2-1.0 3,3 76,0 100,0 300 Stable within 100 h. Lin et al., 2019 33,3%
25NVCe0.75ZiO.25 85,0 300 Stable within 30h. Atzori et al., 2019 #VALEUR!
Ni-Mn/y-A1203 5,1 90,0 270 Stable within 50h. Le et al., 2019a #VALEUR!