K. Masuda et al., Solubility of triolein in supercritical carbon dioxide by using continuousflow system and correlation with pressure, temperature and density, KAG KOG RON, 26(6), 2000, pp. 887-891
The solubility of triolein in supercritical carbon dioxide (SCCO2) was meas
ured by a continuous flow system at various temperatures (313, 323, 333 and
343 K) and pressures (15, 20 and 25 MPa). The solubility of triolein incre
ases with experimental pressure. The obtained data were compared with previ
ous investigations. At 15 MPa, the solubility is considerably governed by t
emperature (343-313 K), i. c. 10(2) fold change of solubility. On the other
hand, at 25 MPa, which is fully mature supercritical conditions, the influ
ence of temperature on the solubility become weaker. Under constant pressur
e conditions, solubility of triolein decreases gradually with increasing te
mperature. Solubility is correlated well with the estimated density, accord
ing to Bender (1970).