**Batch Distillation:**Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.

**Dynamic Vessel:**This UnitOp enables you to model a vessel using CC-DYNAMICS.

**Equilibrium Reactor:**This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.

**Excel:**This UnitOp creates a link to an Excel Spreadsheet.

**Flash:**This unit op simulates a multiphase flash vessel.

**Heat Exchanger:**This UnitOp can be used to simulate an exchanger with one or two input streams.

**Kinetic Reactor:**This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.

**PID Controller:**This UnitOp is used to sense a variable and generate a PID output signal to be used by a control valve in CC-DYNAMICS.

**SCDS Distillation:**This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.

**Tower Plus:**The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.

**Vessel Reactor:**Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.

**Batch Distillation:**Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.

**Dynamic Vessel:**This UnitOp enables you to model a vessel using CC-DYNAMICS.

**Equilibrium Reactor:**This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.

**Excel:**This UnitOp creates a link to an Excel Spreadsheet.

**Flash:**This unit op simulates a multiphase flash vessel.

**Heat Exchanger:**This UnitOp can be used to simulate an exchanger with one or two input streams.

**Kinetic Reactor:**This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.

**PID Controller:**This UnitOp is used to sense a variable and generate a PID output signal to be used by a control valve in CC-DYNAMICS.

**SCDS Distillation:**This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.

**Tower Plus:**The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.

**Vessel Reactor:**Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.

**Batch Distillation:**Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.

**Dynamic Vessel:**This UnitOp enables you to model a vessel using CC-DYNAMICS.

**Equilibrium Reactor:**This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.

**Excel:**This UnitOp creates a link to an Excel Spreadsheet.

**Flash:**This unit op simulates a multiphase flash vessel.

**Heat Exchanger:**This UnitOp can be used to simulate an exchanger with one or two input streams.

**Kinetic Reactor:**This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.

**PID Controller:**This UnitOp is used to sense a variable and generate a PID output signal to be used by a control valve in CC-DYNAMICS.

**SCDS Distillation:**This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.

**Tower Plus:**The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.

**Vessel Reactor:**Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.

**Batch Distillation:**Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.

**Dynamic Vessel:**This UnitOp enables you to model a vessel using CC-DYNAMICS.

**Equilibrium Reactor:**This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.

**Excel:**This UnitOp creates a link to an Excel Spreadsheet.

**Flash:**This unit op simulates a multiphase flash vessel.

**Heat Exchanger:**This UnitOp can be used to simulate an exchanger with one or two input streams.

**Kinetic Reactor:**This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.

**PID Controller:**This UnitOp is used to sense a variable and generate a PID output signal to be used by a control valve in CC-DYNAMICS.

**SCDS Distillation:**This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.

**Tower Plus:**The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.

**Vessel Reactor:**Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.

**Batch Distillation:**Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.

**Dynamic Vessel:**This UnitOp enables you to model a vessel using CC-DYNAMICS.

**Equilibrium Reactor:**This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.

**Excel:**This UnitOp creates a link to an Excel Spreadsheet.

**Flash:**This unit op simulates a multiphase flash vessel.

**Heat Exchanger:**This UnitOp can be used to simulate an exchanger with one or two input streams.

**Kinetic Reactor:**This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.

**PID Controller:**This UnitOp is used to sense a variable and generate a PID output signal to be used by a control valve in CC-DYNAMICS.

**SCDS Distillation:**This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.

**Tower Plus:**The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.

**Vessel Reactor:**Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.

**Batch Distillation:**Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.

**Dynamic Vessel:**This UnitOp enables you to model a vessel using CC-DYNAMICS.

**Equilibrium Reactor:**This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.

**Excel:**This UnitOp creates a link to an Excel Spreadsheet.

**Flash:**This unit op simulates a multiphase flash vessel.

**Heat Exchanger:**This UnitOp can be used to simulate an exchanger with one or two input streams.

**Kinetic Reactor:**This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.

**PID Controller:**This UnitOp is used to sense a variable and generate a PID output signal to be used by a control valve in CC-DYNAMICS.

**SCDS Distillation:**This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.

**Tower Plus:**The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.

**Vessel Reactor:**Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.

**Batch Distillation:**Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.

**Dynamic Vessel:**This UnitOp enables you to model a vessel using CC-DYNAMICS.

**Equilibrium Reactor:**This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.

**Excel:**This UnitOp creates a link to an Excel Spreadsheet.

**Flash:**This unit op simulates a multiphase flash vessel.

**Heat Exchanger:**This UnitOp can be used to simulate an exchanger with one or two input streams.

**Kinetic Reactor:**This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.

**PID Controller:**This UnitOp is used to sense a variable and generate a PID output signal to be used by a control valve in CC-DYNAMICS.

**SCDS Distillation:**This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.

**Tower Plus:**The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.

**Vessel Reactor:**Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.

**Batch Distillation:**Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.

**Dynamic Vessel:**This UnitOp enables you to model a vessel using CC-DYNAMICS.

**Equilibrium Reactor:**This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.

**Excel:**This UnitOp creates a link to an Excel Spreadsheet.

**Flash:**This unit op simulates a multiphase flash vessel.

**Heat Exchanger:**This UnitOp can be used to simulate an exchanger with one or two input streams.

**Kinetic Reactor:**This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.

**PID Controller:**This UnitOp is used to sense a variable and generate a PID output signal to be used by a control valve in CC-DYNAMICS.

**SCDS Distillation:**This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.

**Tower Plus:**The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.

**Vessel Reactor:**Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.

**Batch Distillation:**Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.

**Dynamic Vessel:**This UnitOp enables you to model a vessel using CC-DYNAMICS.

**Equilibrium Reactor:**This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.

**Excel:**This UnitOp creates a link to an Excel Spreadsheet.

**Flash:**This unit op simulates a multiphase flash vessel.

**Heat Exchanger:**This UnitOp can be used to simulate an exchanger with one or two input streams.

**Kinetic Reactor:**This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.

**PID Controller:**This UnitOp is used to sense a variable and generate a PID output signal to be used by a control valve in CC-DYNAMICS.

**SCDS Distillation:**This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.

**Tower Plus:**The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.

**Vessel Reactor:**Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.

## CHEMCAD Suite includes seven products that can be purchased individually or bundled as needed to accommodate specific industries, projects, and processes.

## CC-STEADY STATE

Chemical process simulation software that includes libraries of chemical components, thermodynamic methods, and unit operations for steady-state simulation of continuous chemical processes from lab scale to full scale.

**Ideal for: Users who want to design processes, or rate existing processes, in steady state.**

## CC-DYNAMICS

Process simulation software that takes steady-state simulations to the next level of fidelity to allow dynamic analysis of flowsheets.

**Ideal for: Users who want to design or rate dynamic processes.**

## CC-BATCH

Batch distillation simulation software that, when used as an add-on or standalone program, makes batch distillation simulation and design easy with intuitive, operation step-based input.

**Ideal for: Users who want to design or rate a batch distillation column.**

## CC-THERM

Heat exchanger design and rating software available as an add-on or standalone program.

**Ideal for: Users who want to design or vet a design by a vendor of a heat exchanger (single unit at a time), and those who want to rate existing exchangers in new service or perform “what if” calculations.**

## CC-SAFETY NET

Piping and safety relief network simulation software that allows rigorous analysis of any piping network.

**Ideal for: Users who need to design or rate piping networks or safety relief devices/systems.**

## CC-FLASH

Physical properties and phase equilibria calculation software that is a subset of the CHEMCAD suite (all of the CHEMCAD suite products include CC-FLASH capabilities).

**Ideal for: Users who need physical property and phase equilibrium data, as well as users who need property prediction and regression.**

## CC-API

The official Application Programming Interface (API) for interfacing with CHEMCAD.CC-API contains .NET Interface, a class library and an object model to access parameters in a CHEMCAD flowsheet. Add-on Manager administers DLL files for any number of unitops, enthalpy models, k value models, pipe models, or kinetic reaction rates.

**Ideal for: Users who connect standard software to CHEMCAD, embed CHEMCAD in another application, extend CHEMCAD with custom add-ons, or operate CHEMCAD in the cloud. **