. 2017 Mar 2;56(12):3259–3269. doi: 10.1021/acs.iecr.6b04645

Table 5. Moles of Nitrogen, Time Required to Desorb 95% of the Adsorbed CO₂, and the Corresponding Energy in the Regeneration at the Temperature of 80–120 °C under the Flow of 1.00 L min^–1.

temp (°C)	F₉₅ (N₂/CO₂) (mol/mol)	t₉₅ (s)	energy for IER (GJ/ton_CO₂)	energy for N₂ (GJ/ton_CO₂)	reaction energy⁴¹ (GJ/ton_CO₂)	total (GJ/ton_CO₂)
80	267	2603	1.0	7.1	1.7	9.8
90	121	1174	1.2	4.0	1.7	6.9
100	110	1071	1.4	4.4	1.7	7.5
110	92	897	1.7	4.3	1.7	7.7
120	69	669	1.9	3.7	1.7	7.3

Table 5. Moles of Nitrogen, Time Required to Desorb 95% of the Adsorbed CO2, and the Corresponding Energy in the Regeneration at the Temperature of 80–120 °C under the Flow of 1.00 L min–1.