Research Article
A Novel Mass Transfer Model to Describe the Separation Process in Reverse Osmosis of Glucose
Table 2
Calculated value of Lp (Cf = 70.17 mol m−3, PH = 6, T = 306 K, and R = 8.314 J mol−1 K−1).
| | Qf (m3 s−1, × 10−6) | △p (Pa, × 103) | Cp (mol m−3) | Lp (m·s−1 Pa−1 × 10−12) |
| | 248.8889 | 311 | 3.9142 | 1.3923 | | 218.6111 | 346.5 | 3.8976 | 1.3611 | | 175.5556 | 421.5 | 3.3972 | 1.3423 | | 152.2222 | 488.5 | 3.2748 | 1.3238 | | 123.3333 | 505.5 | 3.2471 | 1.3048 | | 75.5556 | 530 | 3.0858 | 1.3889 | | 59.7222 | 553 | 2.9635 | 1.3709 | | 48.3333 | 578 | 2.9635 | 1.3538 | | 36.1111 | 598.5 | 2.8078 | 1.353 | | 29.7222 | 616.5 | 2.7411 | 1.3529 |
|
|
