• Batch Reactor
• CSTR
• Semi Batch.

• Premixed feed
• Separate feed

• uni-directional reactions
• reversible reactions
• autocatalytic reactions
• parallel reactions
• consecutive reactions
• complex combination reactions
• up to 11 different reactions may be implemented

• Any reaction order >0 may be used
• Orders do not have to be whole numbers

• The concentrations of all participating components as a function of time.
• The reaction volume as a function of time.
• The volume flows as a function of time.
• Component concentrations as a function of time can be exported to a file (data are tab delimited).
• Component concentrations as a function of time can be imported directly into Excel by hitting a single button.

• Isothermal operation
• Constant density

One can choose between a Batch, a CISTR and a Semi Batch reactor. If the batch reactor is selected the inlet and outlet flows will be set to zero and the reactor holdup wil be set to 100% In case the CSTR is selected the inlet flow will have a constant value. The initial reactor holdup may be any value between 0 and 100%. When the reactor is filled completely the outlet flow will become equal to the total of all inlet flows. In the case of a semi batch operation several options may be selected:

• Stop feed when reactor is full.
• Continue feed when full. When the reactor is filled completely the outlet flow will become equal to the total of all inlet flows. This option is equal to the CSTR operation.
• End feed after specified time. When the reactor is filled completely the outlet flow will become equal to the total of all inlet flows.