Online DDB Search
Dortmund Data Bank
Thermophysical Data for Process Design
Contact
:
☎ +49 441 361819 0
or
✉ info@ddbst.com
⇓
Query
A quote for experimental literature data about the system can be obtained via email.
DDB#
Name
CAS-RN
Formula
85
Furfural
98-01-1
C
5
H
4
O
2
Overview
Details
174
Water
7732-18-5
H
2
O
Overview
Details
175
m-Xylene
108-38-3
C
8
H
1
0
Overview
Details
Search for mixtures containing this mixture as subsystem
Mixture Data
Number of available sets is shown
Vapor-Liquid Equilibria (
VLE
)
DDB#
Name
174
175
m-Xylene
85
Furfural
31
2
174
Water
1
Heats of Mixing (
HE
)
DDB#
Name
174
175
m-Xylene
85
Furfural
4
1
174
Water
n.a.
Gas Solubilities (
GLE
)
DDB#
Name
174
175
m-Xylene
85
Furfural
n.a.
n.a.
174
Water
12
Activity Coefficients at Infinite Dilution (Pure Solvents) (
ACT
)
DDB#
Name
174
175
m-Xylene
85
Furfural
6
n.a.
174
Water
45
Liquid-Liquid Equilibria (Miscibility Gaps) (
LLE
)
DDB#
Name
174
175
m-Xylene
85
Furfural
50
n.a.
174
Water
34
(A)zeotropic Data (
AZD
)
DDB#
Name
174
175
m-Xylene
85
Furfural
37
2
174
Water
2
Solid-Liquid Equilibria (
SLE
)
DDB#
Name
174
175
m-Xylene
85
Furfural
n.a.
2
174
Water
n.a.
Densities and Volumes of Mixtures, Excess Volumes (
VE
)
DDB#
Name
174
175
m-Xylene
85
Furfural
6
1
174
Water
n.a.
Mixture Viscosities (
VIS
)
DDB#
Name
174
175
m-Xylene
85
Furfural
1
n.a.
174
Water
n.a.
Mixture Surface Tensions (
MSFT
)
DDB#
Name
174
175
m-Xylene
85
Furfural
1
n.a.
174
Water
1
Mixture P-v-T Data (
MPVT
)
DDB#
Name
174
175
m-Xylene
85
Furfural
n.a.
n.a.
174
Water
1
Diffusion Coefficients (
DIF
)
DDB#
Name
174
175
m-Xylene
85
Furfural
1
n.a.
174
Water
n.a.
Further Thermodynamic Properties (
X
)
DDB#
Name
174
175
m-Xylene
85
Furfural
5
n.a.
174
Water
1
Total
DDB#
Name
174
175
m-Xylene
85
Furfural
142
8
174
Water
97
Dortmund Data Bank Version: February 2024
What are "Sets" and "Points" in the Dortmund Data Bank?
© Dortmund Data Bank
by
DDBST GmbH
Online DDB search information page
Overall Statistics on Systems, Sets, and Points
Contact
Direct link to this DDB search page
(2.97 seconds)
⇑