GRTMPS (G5)

Haverly’s premier Generalized Refining Transportation Marketing Planning System, Version 5 (G5), delivers state-of-the-art technology for solving complex, non-linear planning models. GRTMPS is used to determine optimal solutions in refining, petrochemical, energy, manufacturing, and other industries. Develop economic plans across one or more time periods, determine best mix of products, feeds, and operational conditions to optimize operations.

Full-Featured Enterprise Planning and Optimization

The Leading Refinery Planning and Optimization system! State-of-the-art desktop PC-based proprietary technology to solve complex non-linear problems common in industry.

Optimize Planning, Perform Feedstock Selection

GRTMPS can develop economic plans for optimal profitability. Feedstock supply decisions are optimized, even across multiple facilities that share the same feedstock options, and GRTMPS can determine optimum feed product, operational, and yield conditions for a single or a multi-site refining network.

Multi Location and Multi Period Modeling

GRTMPS can model multiple locations (e.g. thousands of processing sites, terminals and distribution points) and multiple periods (e.g. days, months, seasons or years) in a single model.

Distribution and Transportation Modeling

GRTMPS optimizes transfers of material from one location to another through a distribution network, utilizing multiple transportation modes and routes. The system also optimizes the use of exchange agreements or swaps.

Strategic Analysis and Evaluate Performance

GRTMPS can analyze debottlenecking, supply-demand scenarios, logistics, inventory management, feasibility studies. Perform Back-Casting Analysis to evaluate past performance, make What-If studies, and report comparative values.

Technical Prowess

Powerful Optimization

GRTMPS incorporates powerful mathematics for accurate optimization.

Cut Point Optimization (CPO)

Haverly’s proprietary CPO Technology embeds the real-time execution of our industry leading H/CAMS Crude Assay Management System into the optimization algorithm to accurately determine optimal distillation cut points, and predict stream properties more accurately than legacy Swing Cut optimization methods.

Process Simulator Interface (PSI)

GRTMPS incorporates external non-linear simulators into the optimization as an integral part of the LP system. PSI models may be used to model any process or blending operation.

Mathematical Optimization

Haverly’s non-linear recursion engine is the focus of consistent and determined development. Combining Adherent Recursion, Distributive Recursion, and sophisticated algorithms, Haverly’s gSLP algorithm delivers unmatched convergence, robustness, and speed for solving real-world models.

Ready to see GRTMPS in Action?