Training simulator: the better share of knowledge and increased safety in the chemical production site
Project title
Training simulator: the better share of knowledge and increased safety in the chemical production site
User company name
BP Chemicals
Industry sector
Chemicals
Production process type
Carbon monoxide (as part of the acetic acid process) and ammonia processes, continuous
Application area
Training Simulator
Employees
2000+
Year the project started
2003
Tool(s)
Aspen Virtual Plant Simulators, Aspen Plus
Vendor of the tool
AspenTech
Pay-back time in months
N/A
Type of simulation used
Dynamic Continuous Modelling
Short description of the project
At BP Hull site a project to create a common control environment was started. The purpose was to improve operator efficiency and flexibility as well as increase plant efficiency, safety and reliability. It was recognised that operator training and share of best operating practice would be in great help to reach these goals. Aspen Plus was used to create steady-state models and Aspen Virtual Plant Simulator to represent plants behaviour by using first principles engineering and thermodynamic relations. Simulator is also used for testing of control schemes and testing of plant modifications prior to implementation.
Soft Benefits
The benefits are increased safety and environmental protection, increased reliability and savings in production. The use of simulator also reduces maintenance costs due to fewer trips and enhances recovery time from plant trips.
Public quantitative benefits
For each plant simulators can save lost production due six plant trips per year and save one weeks lost production due to faster startups.