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Batch Distillation: Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.xDynamic Vessel: This UnitOp enables you to model a vessel using CC-DYNAMICS.xEquilibrium Reactor: This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.xExcel: This UnitOp creates a link to an Excel Spreadsheet.xFlash: This unit op simulates a multiphase flash vessel.xHeat Exchanger: This UnitOp can be used to simulate an exchanger with one or two input streams.xKinetic Reactor: This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.xPID 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.xSCDS Distillation: This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.xTower Plus: The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.xVessel Reactor: Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.x -
Batch Distillation: Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.xDynamic Vessel: This UnitOp enables you to model a vessel using CC-DYNAMICS.xEquilibrium Reactor: This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.xExcel: This UnitOp creates a link to an Excel Spreadsheet.xFlash: This unit op simulates a multiphase flash vessel.xHeat Exchanger: This UnitOp can be used to simulate an exchanger with one or two input streams.xKinetic Reactor: This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.xPID 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.xSCDS Distillation: This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.xTower Plus: The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.xVessel Reactor: Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.x -
Batch Distillation: Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.xDynamic Vessel: This UnitOp enables you to model a vessel using CC-DYNAMICS.xEquilibrium Reactor: This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.xExcel: This UnitOp creates a link to an Excel Spreadsheet.xFlash: This unit op simulates a multiphase flash vessel.xHeat Exchanger: This UnitOp can be used to simulate an exchanger with one or two input streams.xKinetic Reactor: This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.xPID 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.xSCDS Distillation: This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.xTower Plus: The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.xVessel Reactor: Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.x -
Batch Distillation: Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.xDynamic Vessel: This UnitOp enables you to model a vessel using CC-DYNAMICS.xEquilibrium Reactor: This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.xExcel: This UnitOp creates a link to an Excel Spreadsheet.xFlash: This unit op simulates a multiphase flash vessel.xHeat Exchanger: This UnitOp can be used to simulate an exchanger with one or two input streams.xKinetic Reactor: This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.xPID 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.xSCDS Distillation: This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.xTower Plus: The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.xVessel Reactor: Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.x -
Batch Distillation: Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.xDynamic Vessel: This UnitOp enables you to model a vessel using CC-DYNAMICS.xEquilibrium Reactor: This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.xExcel: This UnitOp creates a link to an Excel Spreadsheet.xFlash: This unit op simulates a multiphase flash vessel.xHeat Exchanger: This UnitOp can be used to simulate an exchanger with one or two input streams.xKinetic Reactor: This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.xPID 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.xSCDS Distillation: This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.xTower Plus: The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.xVessel Reactor: Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.x -
Batch Distillation: Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.xDynamic Vessel: This UnitOp enables you to model a vessel using CC-DYNAMICS.xEquilibrium Reactor: This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.xExcel: This UnitOp creates a link to an Excel Spreadsheet.xFlash: This unit op simulates a multiphase flash vessel.xHeat Exchanger: This UnitOp can be used to simulate an exchanger with one or two input streams.xKinetic Reactor: This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.xPID 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.xSCDS Distillation: This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.xTower Plus: The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.xVessel Reactor: Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.x -
Batch Distillation: Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.xDynamic Vessel: This UnitOp enables you to model a vessel using CC-DYNAMICS.xEquilibrium Reactor: This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.xExcel: This UnitOp creates a link to an Excel Spreadsheet.xFlash: This unit op simulates a multiphase flash vessel.xHeat Exchanger: This UnitOp can be used to simulate an exchanger with one or two input streams.xKinetic Reactor: This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.xPID 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.xSCDS Distillation: This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.xTower Plus: The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.xVessel Reactor: Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.x -
Batch Distillation: Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.xDynamic Vessel: This UnitOp enables you to model a vessel using CC-DYNAMICS.xEquilibrium Reactor: This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.xExcel: This UnitOp creates a link to an Excel Spreadsheet.xFlash: This unit op simulates a multiphase flash vessel.xHeat Exchanger: This UnitOp can be used to simulate an exchanger with one or two input streams.xKinetic Reactor: This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.xPID 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.xSCDS Distillation: This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.xTower Plus: The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.xVessel Reactor: Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.x -
Batch Distillation: Used in CC-BATCH, this UnitOp allows you to model a batch distillation process without the complexity of CC-DYNAMICS.xDynamic Vessel: This UnitOp enables you to model a vessel using CC-DYNAMICS.xEquilibrium Reactor: This UnitOp enables you to simulate reactors with multiple reactions defined by conversion or equilibrium ratios.xExcel: This UnitOp creates a link to an Excel Spreadsheet.xFlash: This unit op simulates a multiphase flash vessel.xHeat Exchanger: This UnitOp can be used to simulate an exchanger with one or two input streams.xKinetic Reactor: This reactor model enables you to rate or design plug flow reactors (PFR) and continuous stirred tank reactors (CSTR) using reaction kinetics.xPID 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.xSCDS Distillation: This UnitOp is designed for rigorous multicomponent distillation, including optional mass transfer and dynamics.xTower Plus: The Tower Plus module can simulate a tower with side strippers, pumparounds, side heaters/coolers, and side products.xVessel Reactor: Used in CC-DYNAMICS, this UnitOp enables you to simulate reactor vessels.x
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.
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ECCE12 & ECAB5 Student ProgrammeChemstations Europe GmbH, the official sponsor of the ECCE12 & ECAB5 Student Programme, calls for chemical process engineering students around the world to join today the Process Simulation Cup 2019.
Join now and train process optimization for a special task phase to be held during the ECCE12 & ECAB5 Congress, 15-19 September in Florence, Italy.
Registrations are NOW live!
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CHEMCAD User Meeting - 13 September 2019 in Berlin
On Friday, September 13, 2019 the CHEMCAD User Meeting will take place in Berlin. You are cordially invited!
The goal of our User Meeting is the active exchange of experiences between the users of CHEMCAD. Meet the team of Chemstations Europe and hear the latest news from Houston. Tell us about your experiences, your wishes and your ideas regarding CHEMCAD.
Register Now to User Meeting 2019!