ONS Challenge

Optimal Solvent Prediction

Solvents have then been ranked by theoretical percent yield and the number of criteria met.
Criteria: lim. reactants (M) lim. product (M) bp °C
Options: washes (alters % yield)

all criteria mettwo criteria metone criterion metno criteria met
    
ranksolventAD model001AD measuredexperimentalBP °C % Yield SHE*
11-chlorobutane0.000**78.21003.8
21-propanol0.000**95.81002.9
31,2-dichloroethane0.000**83.5100 
42-butanol0.000**96.6100 
52-methyl-2-propanol0.000**84.6100 
62-propanol0.000**73.0100 
72,2,4-trimethylpentane0.000**98.8100 
8acetone0.000**56.01003.1
9acetonitrile0.000**63.51004.6
10benzene0.000**78.81004.2
11butanone0.000**75.61003.4
12carbon disulfide0.000**46.2100 
13carbon tetrachloride0.000**76.01003.1
14chloroform0.000**61.21003.9
15cyclohexane0.000**80.71004.0
16dichloromethane0.000**39.61003.6
17diethyl ether0.000**33.21003.9
18ethanol0.000**78.21002.5
19ethanol/water(10:90)vol0.000**78.1100 
20ethanol/water(20:80)vol0.000**78.1100 
21ethanol/water(30:70)vol0.000**78.1100 
22ethanol/water(40:60)vol0.000**78.1100 
23ethanol/water(50:50)vol0.000**78.1100 
24ethanol/water(60:40)vol0.000**78.1100 
25ethanol/water(70:30)vol0.000**78.1100 
26ethanol/water(80:20)vol0.000**78.1100 
27ethanol/water(90:10)vol0.000**78.1100 
28ethyl acetate0.000**73.91002.9
29fluorobenzene0.000**84.7100 
30heptane0.000**98.81003.8
31hexane0.000**68.51004.1
32methanol0.000**64.71002.6
33methyl acetate0.000**44.01002.4
34methyl tert-butyl ether0.000**55.2100 
35nitromethane0.000**85.1100 
36pentane0.000**35.21004.1
37THF0.000**68.31003.8
38trifluoroethanol0.000**74.0100 
391-butanol0.000**117.71003.0
401-decanol0.000**227.8100 
411-heptanol0.000**176.9100 
421-hexanol0.000**158.2100 
431-octanol0.000**194.7100 
441-pentanol0.000**138.5100 
451,4-dioxane0.000**102.91005.0
462-methyl-1-propanol0.000**105.0100 
472-pentanol0.000**118.8100 
483-methyl-1-butanol0.000**131.2100 
49benzonitrile0.000**191.0100 
50bromobenzene0.000**154.2100 
51butyl acetate0.000**126.61002.9
52chlorobenzene0.000**131.71003.7
53cyclohexanone0.000**155.71003.3
54decane0.000**174.9100 
55dibutyl ether0.000**142.1100 
56dibutylformamide0.000**246.7100 
57diethylacetamide0.000**185.5100 
58dimethylacetamide0.000**221.4100 
59DMF0.000**153.01003.7
60DMSO0.000**189.0100 
61dodecane0.000**216.1100 
62ethylbenzene0.000**136.0100 
63ethylene glycol0.000**197.5100 
64formamide0.000**210.5100 
65hexadecane0.000**286.6100 
66iodobenzene0.000**188.3100 
67isopropyl myristate0.000**319.9100 
68m-xylene0.000**138.5100 
69methylcyclohexane0.000**101.1100 
70N-ethylacetamide0.000**205.0100 
71N-ethylformamide0.000**185.7100 
72N-formylmorpholine0.000**236.5100 
73N-methyl-2-piperidone0.000**227.8100 
74N-methylacetamide0.000**206.0100 
75N-methylformamide0.000**182.5100 
76N-methylpyrrolidinone0.000**202.0100 
77nitrobenzene0.000**210.81003.9
78nonane0.000**151.7100 
79o-xylene0.000**144.0100 
80octadecanol0.000**333.0100 
81octane0.000**126.4100 
82p-xylene0.000**137.5100 
83propylene carbonate0.000**241.5100 
84sulfolane0.000**285.0100 
85toluene0.000**110.61003.3
86tributyl phosphate0.000**288.3100 
87undecane0.000**196.3100 
88water1.000**100.00 

! VCCLab Water Prediction Fail - Service Down. Model001 requires the predicted water solubility from VCC Labs.

ESABV
0.0000.0000.0000.0000.000
*Safety Health and Environment (SHE) Green Solvent Data: Copyright by ETH Zurich, Safety and Environmental Technology Group, 30.09.2006 Koller, G., U. Fischer, and K. Hungerbühler, 2000. Assessing Safety, Health and Environmental Impact during Early Process Development. Industrial & Engineering Chemistry Research 39: 960-972. http://www.sust-chem.ethz.ch/tools/ehs