Products
Computer Chemistry Consultancy has developed a number of software products
for the chemical and pharmaceutical industry. 
These products have the following characteristics : 
  - The products are web-enabled. This means that the end-user only needs a web-browser.
   
 
  - Ease of installation: as the products are web-enabled, they are
    deployed on the server, and no installation at individual workplaces is
    necessary.
 
  - Simple licensing: You only pay per webserver installation,
    independently on how many end-users there are.
 
  - Ideal for the intranet and extranet: the license is valid for
    your intranet and extranet. The products are made so that the amount of
    traffic between server and end-user is as limited as possible. This
    prevents congestion of your intranet.
 
  - Although our products are ready to use, unlike at many software
    companies, they are not of the kind "take it or leave it".
    This means that we are happy to adapt each of these products to the
    individual wishes of your company. Ask us for a quote !
 
 
Remark: These products are also available as standalone applications. This is useful when there is only 1 user, or when
a company web server is not available, or when its use is not desired.
 
Our products are: 
Hoy Solubility Parameter Calculation with solvent data
base 
Solvent Mixer Application 
Vapor pressure calculation using database of Antoine
coefficients 
 
 
Hoy Solubility Parameter Calculation with solvent
data base
 The Hoy Solubility Parameter method is one of the best and the fastest
methods to predict whether an organic material is compatible with another
organic material (solvent, polymer, ...).
 
 
Our Hoy application enables a very fast calculation of the
three-dimensional Hoy Solubility Parameters (δ-parameters). Just click on the
chemical groups that are present in your molecule, or use the molecule sketcher
(the molecule is then broken down into Hoy groups) and the δ-parameters
are immediately calculated. 
The database that comes with the application contains over 750
materials and allows an immediate prediction of the best solvents for
your compound. 
 
The Hoy Solubility Parameter Calculation application is extremely useful
for R&D in coatings and resins, polymer additives,
pharmaceuticals, and organic chemistry.  
The Hoy Solubility Paramater Calculation application can save your company many man-years of R&D, as it
enables to predict whether an envisaged molecule is compatible with (or
soluble in) any other organic material, even before you have synthesized it
!!! 
 
The Hoy Solubility Parameter Calculation is extremely price-favourable, as we deliver it as a
web application: you only pay once for the implementation on a web server,
even if this makes the application available to all R&D coworkers on
your company's intranet. 
For single usage, the application can also be delivered as a standalone application 
More about the Hoy application ... 
Adaptions for your company / your
purposes 
 
Solvent Mixer Application
 
The Solvent Mixer application is an application to calculate the average solubility parameters
of a mixture of materials, and to find out which of the components is likely to be incompatible with the
remaining of the mixture. The application comes with a dataset of over 700 solvents and materials with 3-dimensional
Hoy or Hansen solubility parameters 
More about the Solvent Mixer application ... 
 
 The use of Antoine coefficients is very general for the calculation of
vapor pressures as function of temperature.
 This application contains an extensible and searchable
database of Antoine coefficients of more than 700 materials. Also
provisions are made for accessing the user's own, local database (on his own
PC). Searching can be done using part of the chemical formula and/or part of
the chemical name of the compound. 
Results are shown as zoomable plots and if a temperature is given, as
a number. If the calculated vapor pressure is out of the range of the
validity of the Antoine-equation (i.e. extrapolation), a warning is given. 
More information ... 
 
Computer Chemistry Consultancy, April 2002
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