RSI

Process Simulation software

Marie Lamour, Webmestre — 2009-03-17T13:29:29Z

IndissPlus

Marie Lamour, Webmestre — 2009-03-16T15:00:38Z

IndissPlus: a new approach for simulation

IndissPlus provides a unique environment to encompass the whole set of disciplines and related simulation tools used in the process simulation for a consolidated analysis.

IndissPlus is a simulation tool for accurate examination of plant design and operation. Initially used at the design phase it is capable of hosting additional modules as the project moves from a rough initial estimate to a more precise design and further on to operation.

Supporting main Standards of the domain and coming with extended interoperability features, IndissPlus seamlessly integrates any third party simulation package. IndissPlus streams a consistent set of fluid information by sharing the same thermodynamic data and methods.

Reduce time to startup !

The challenges of running a Plant today are ...

Increased business demands, people 's turnover and aging workforce,
Less allowance for training due to highly automated plants
Demand for bringing up, running faster and shortening startups substantially
More secured plants means fewer learning opportunities, in particular for less experienced staff
More environmental constraints

Training simulators (OTS) are seen as today's most effective tools for coping with the plant challenges, so to increase productivity and keep the workforce trained.

IndissPlus is more than a simulation software

Moreover, with today's increasingly complex physical-chemical phenomena and industry's new challenges, reducing the commissioning phase has become a major challenge for engineering teams, that IndissPlus is the single high fidelity simulation platform to be capable to face.

As a fully open and transverse system, covering the full project life cycle within the same platform, in connection with dispersed and heterogeneous solutions, IndissPlus allows for a better efficiency between teams, increased data coherence, easier automated transitions, helping to optimize time to start-up.

Learn more about our Process Simulation Software - IndissPlus !

IndissPlus Features

Marie Lamour, Webmestre — 2009-03-15T13:30:25Z

Get Your Virtual Plant,With You Any Time, Anywhere

The IndissPlus platform which integrates multi- referenced high fidelity simulation platform Indiss has been developed in the strategic target to follow the full process life cycle and permit model re-usability , enriched from design to training phases.

IndissPlus includes process, instruments and safety systems to form a virtual plant.

IndissPlus delivers a complete assessment of the future plant's behavior.

The same environment is used for design, for training, for commissioning and start-up and for a real-time model during operation.

IndissPlus secures your design by consolidating (integrating) project resources and resulting in consistent vision of your plant.

IndissPlus secures your operation by providing comprehensive information of your plant.

A Unifying Environment

Integration

Establishing communication between any field of expertise through a unified environment
Ensuring robust and efficient computation
Easy to add in house or specific model (such as IFP or SPT Group modules)

Consistency

Sharing consistent fluid representation
Steady-state and transient simulations

Inter-operability

Seamless use of 3rd party software
Easy to switch from a model to another (such as thermodynamic package)

IndissPlus comes with all the simulation tools in a unique RSI environment:

Flow sheeting capabilities steady state / design mode steady state / rating mode dynamic simulation
Thermodynamic packages
Process Unit Operation libraries based on First Principle
Control & Logic libraries
Graphical Editor
Training Features
Links to the main ICSS
Emulation of the main ICSS control algorithms

IndissPlus is delivering more:

Computation Robustness & Efficiency based on 40 year experience
Open system to Standards: CAPE-OPEN, OPC, OLE/COM, .net,
Easy switch from steady-state to dynamic using the same Unit Operations
Link to SPT Group Solutions

Autodynamics Library

Marie Lamour, Webmestre — 2009-03-14T15:03:43Z

Autodynamics: the most realistic and cost-effective training system available

From basic unit operations to the more complex units of the process industries, RSI offers an extensive library of Standard Process Model applications constantly enhanced since 1966.

Customers use our AUTODYNAMICS™ Simulator for teaching fundamentals of plant operations and process behavior as well as complex processes such as refinery FCC's or Ethylene Furnace.

The AUTODYNAMICS™ Simulator can be configured for specific control systems, and when applied with the advanced training features can be utilized for operator evaluation and for operator certification.

Autodynamics' vast Library of Standard Process Programs is affordable and perfect for introductory training of students / operators in the basics of unit operations, instrumentation, controls, complex process units, and for DCS training.

Choose from more than 80 Standard AUDY™ Models: Basic Unit Operations, Refining, Oil & Gas Processing, Petrochemicals, Plant Utilities, Instrumentation Training, Power Generation and Fertilizer Operations.

Each model is delivered with color PID-style process graphics, hardcopy reporting capability, and a complete set of documentation dedicated to the trainers for quick training preparation.

These models can be configured for your specific control system or used with our “Control-thru-Graphics” operator station.

Autodynamics™ Instructor functionality provides easy control of the training session, introduces upset conditions, and measures student performance. In addition, the Instructor can create training scenarios to test all students under the same process conditions.

Put the high-fidelity Autodynamics' Standards Training Simulator on your PC's!

Learn more about Autodynamics Standard Process Library !

Autodynamics Library Features

Marie Lamour, Webmestre — 2009-03-12T13:31:16Z

Some Standard Process Programs of AUTODYNAMICS™ vast Library:

BASIC UNIT OPERATIONS

AUDY 5020 -Basic Unit Operations
AUDY 5030 -Natural Draft Fired Heater
AUDY 5040 -Basic Distillation Operations
AUDY 5060 -Compressor, Turbine and Utilities
AUDY 5070 -Superheated Steam Generator
AUDY 5110 -Balanced Draft Fired Heater
AUDY 5160 -Forced-Draft Gas-Fired Superheated Boiler
AUDY 5230 -Reactor Unit Operations
AUDY 5900 -Instrumentation Training

GAS PLANT OPERATIONS

AUDY 5050 -Advanced Distillation Operations
AUDY 5060 -Compressor, Turbine, and Utilities
AUDY 5120 -Amine Gas Treating Unit
AUDY 5210 -Propylene Refrigeration Compressor
AUDY 5280 -LNG Plant
AUDY 5290 -LPG Plant
AUDY 5450 -NGL Recovery with Turbo Expansion
AUDY 5640 -Gas Turbine Gen. w/HRSG
AUDY 5950 -Gas Dehydration
AUDY 5960 -LPG Refrigeration and Storage

OIL & GAS PRODUCTION OPERATIONS

AUDY 5120 -Amine Gas Treating Unit
AUDY 5530 -Gas/Oil Separation Plant
AUDY 5550 -Off-Shore Gas Compression
AUDY 5560 -Crude Oil Production & Stabilization
AUDY 5570 -On-Shore Gas Compression
AUDY 5700 -Degassing Plant

REFINERY & PETROCHEMICAL OPERATIONS

AUDY 5050 -Advanced Distillation Operations
AUDY 5120 -Amine Gas Treating
AUDY 5180 -Hydrotreating Unit
AUDY 5210 -Propylene Refrigeration Compressor
AUDY 5230 -Reactor Unit Operations
AUDY 5260 -Fluidized Catalytic Cracking Unit (FCCU)
AUDY 5370 -Delayed Coker Unit
AUDY 5440 -Sulfur Recovery Unit
AUDY 5580 -Hydrocracking Unit
AUDY 5590 -Utilities Plant
AUDY 5640 -Gas Turbine Gen. w/HRSG
AUDY 5670 -Ethylene Furnace Operations
AUDY 7230 -Sulfur Recovery Unit with Tail Gas
AUDY 7240 -Hydrodesulfurization Unit
AUDY 7600 -Hydrogen Generation Unit
AUDY 8370 -FCCU with Gas Recovery Section
AUDY 9490 -Naphtha Hydrotreater & Catalytic Reformer
AUDY 9710 -Atmospheric Distillation Unit with Stabilizer
AUDY 9720 -Vacuum Distillation Unit
AUDY 9730 -Integrated Atmospheric and Vacuum Distillation Units

To learn more about the Autodynamics library of standard programs that have been developed and can be configured for your system, please contact RSI.