• Separation of thiophene, or benzothiophene from model fuel using glycols. Liquid-liquid phase equilibria and oxidative desulfurization study

Data

[{'id': 86390, 'desc': '19 datapoints in 1 series, <b>quantities:</b> Mole fraction, <b>system:</b> diethylene glycol + thiophene + heptane'}, {'id': 86391, 'desc': '19 datapoints in 1 series, <b>quantities:</b> Mole fraction, <b>system:</b> diethylene glycol + benzo[b]thiophene + heptane'}, {'id': 86392, 'desc': '21 datapoints in 1 series, <b>quantities:</b> Mole fraction, <b>system:</b> triethylene glycol + thiophene + heptane'}, {'id': 86393, 'desc': '19 datapoints in 1 series, <b>quantities:</b> Mole fraction, <b>system:</b> triethylene glycol + benzo[b]thiophene + heptane'}, {'id': 86394, 'desc': '1 datapoints in 1 series, <b>quantities:</b> Mole fraction, <b>system:</b> bis(2-hydroxyethyl) ether + heptane'}, {'id': 86395, 'desc': '1 datapoints in 1 series, <b>quantities:</b> Mole fraction, <b>system:</b> bis(2-hydroxyethyl) ether + heptane'}, {'id': 86396, 'desc': '1 datapoints in 1 series, <b>quantities:</b> Mole fraction, <b>system:</b> triethylene glycol + heptane'}, {'id': 86397, 'desc': '1 datapoints in 1 series, <b>quantities:</b> Mole fraction, <b>system:</b> triethylene glycol + heptane'}] temp"