Chemical plant simulation entails the use of particular skills to model complex mixing and flow situations.

Key Benefits

• Resolve costly plant problems by accurately simulating the problem and establishing a root cause.
  

• Proposed solutions to a problem can be tested analytically at a reduced cost before an expensive modification is implemented.
  
• Cost benefit studies and sensitivity studies can be easily performed

Capabilities

    Typically, a plant simulation is performed by using the appropriate software, which has been validated for the appropriate application, and by developing the input, that accurately represents the plant function and/or event. EDA has performed many simulations of problem systems and has provided root cause and corrective action to correct the problems.

Reference Accounts

Reference 1

Developed a plan to solve the problem. This was performed by establishing a Corrective Action Team (CAT) which consisted of plant maintenance, operations, system and design engineers, technical experts, and a facilitator. The CAT ensured that the most appropriate root cause had been identified and the most cost-effective corrective action has been proposed.

Reference 2

Verification and validation of computer software which was used to solve the problem.

Reference 3

Developed input for the computer programs and analyzed the problem. As part of this activity, a validation of the software was performed to ensure that the computer program and the user were capable of simulating the system and/or event being analyzed.