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Thermal Safety Series (TSS) 

- the analog-free methodology and software  for reaction hazard assessment

TSS is the integrated system which covers the entire spectrum from experimental study of a reaction and processing of experimental data to creation of a kinetic model to simulation of chemical reactors and runaways of various kinds. Therefore TSS is very efficient for assessment of reactive hazards of chemical processes and products.


Major features of the Thermal Safety system:

  • The state-of-the-art simulation-based methodology for predicting and preventing runaway accidents involving chemical products and processes;
  • All the methods are supported by user-friendly Thermal Safety Software ,TSS, allowing a researcher to concentrate on the problem at hand rather than on challenges related to ways of solving problems;
  • TSS components are interlinked to each other providing a unified analog-free system;
  • Each TSS component has a unique set of features that distinguishes it from other commercial offerings. TSS components can be used successfully as standalone programs
  • TSS supports all the most in use experimental methods - thermal analysis, adiabatic and reaction calorimetry
  • TSS gives general solution of the crucial challenge of hazard assessment – the scale-up problem
TSS is addressed to:  
  • R&D Centers of Chemical and Pharmaceutical Companies
  • R&D Centers of Manufacturers and Users of energetic materials
  • R&D Centers of Manufacturers and Users of rechargeable batteries
  • Physical-chemical laboratories
  • R&D Centers and laboratories involved in hazard assessment of of dangerous goods (UN TDG, INO, etc,) and in classification of chemicals (UN GHS, CLP, etc,)
  • Consulting Firms dealing with Chemical Processes
  • Chemical Engineering Departments of Universities 

What to use? Just select the TSS subset you need most

​​​​​​TSS consists of more than 10 interlinked applications but it doesn't mean that the whole ​system is required. You can choose the most appropriate subset depending on your area of activity and experimental tecknique you use in the lab.

CISP offers several typical TSS subsets adjusted as to the instruments available and to th final aim you the studies. See the Solutions page for the detaild description

General features of the Software
  • System of interlinked components
    based on elaborate methodology
  • Application of state-of-the-art math methods
  • Merger of math methods and experience of a
    researcher into unified strategy
  • Management of multiple projects
  • Link to Physical Property Data Bases
  • Flexible graphics
  • Common data bases of kinetic models
  • Common elements of project-oriented User's interface
  • Manipulated accuracy control
  • MS Word report generation
  • Interactive help system
  • Detailed problems-solving Tutorials
  • Complete set of User's Manuals
  • Minimum hardware requirements: 
    Pentium V, Windows 2000, XP, VISTA, 7, 8, 10
  • Installation Guide pdfsmall_1.gif

If you've purchased the license please see the Registration guide pdfsmall_1.gif to learn how to register for permanent use. If you have multi-installation license the Key request form can help in requesting the registration keys.

See TSS structure

 TSS components:

© 2011
Cheminform St.Petersburg (CISP), Russian Federation


TSS - CISP(R) Thermal Safety Software series