Aspen PIMS: Advanced Refinery Planning Models

Код
RPA301
Продолжительность
5 дн.
Ближайшие даты
с 27.05.2019 по 31.05.2019,  город: СПб
Цена
2,585+20%НДС
О курсе

This is an advanced course for experienced PIMS users. Learn to debug recursion structure and problems. Address Mixed Integer Situations using Aspen PIMS MIP capabilities. Apply Aspen Blend Model Library and other blending techniques to model rigorous blending. Troubleshoot modeling and convergence problems and learn PIMS?s non-linear functionalities to perform Solution Analysis. Manage local optima problems.

Для кого этот курс

The participant should have a good understanding of optimization and Aspen PIMS. Typically, participants have many years of optimization experience and are concerned with the more detailed aspects of the system. Many participants have taken RPA101 Aspen PIMS: Introduction to Refinery Planning and RPA201 Aspen PIMS: Solving Refinery Planning Problems and want to learn about additional techniques used to model difficult planning problems.

Требуемые знания и навыки

Must have attended RPA201 Aspen PIMS: Solving Refinery Planning Problems plus extensive experience using Aspen PIMS.

Приобретаемые навыки
  • Debug properties recursion and error distribution structure and problems
  • Address Mixed Integer Situations using Aspen PIMS MIP capabilities
  • Apply Aspen Blend Model Library and other blending techniques to model rigorous blending
  • Troubleshoot and solve modeling and convergence problems using Aspen PIMS reports and tools
  • Model special situations that require non-standard structure
  • Use Aspen PIMS’s non-linear functionalities
  • Perform Solution Analysis using Aspen PIMS-Advanced Optimization tools
  • Manage local optima problems in the DR and AO environments
Программа

Contaminant Removal without PCALC

  • Discuss common modeling techniques
  • Discuss using nonlinear formulas instead of PCALC
  • Workshop: Model a Hydrodesufurization Unit without PCALC

Quality Dependent Capacities

  • Discuss feed quality considerations and associated Aspen PIMS structure
  • Workshop: Quality Dependent Capacity

Aspen PIMS Simulator Interface

  • Identify and explain the Aspen PIMS Simulator Interface (SI)
  • Discuss simulator execution requirements
  • Workshop: Model an Aniline Improver

Multiple Paths

  • Discuss how Aspen PIMS recognizes and resolves multiple paths

Introduction to Aspen PIMS Advanced Optimization

  • Introduce Aspen PIMS Advanced Optimization capabilities

Aspen PIMS Advanced Optimization:  XNLP and XSLP

  • Explain Advanced Optimization and XSLP
  • Convert DR model to XNLP

Aspen PIMS Advanced Optimization:  Solution Analysis

  • Discuss solution analysis tools
  • Complete the workshop: Solution Analysis

Aspen PIMS Advanced Optimization:  Global Optimization

  • Discuss global optimization methods

Aspen PIMS Advanced Optimization:  Nonlinear Formula Facility

  • Discuss nonlinear formulas in Aspen PIMS Advanced Optimization

External Models in Aspen PIMS Advanced Optimization

  • Review old ways of adding nonlinear models:
  • Generalized nonlinear recursion (NONLIN/CURVE)
  • SI (Simulation Interface)
  • Introduce new ways of nonlinear modeling:
  • Nonlinear Equations
  • External Models

High Performance Computing

  • Use new XLP Matrix Generator functionality
  • Use Parallel Processor architecture for running multiple cases and Global Optimization Multistart