Loading Racks: Articles and Tutorials
This knowledge hub contains articles and tutorials on Loading Racks in refinery digital twin models. Explore engineering guides, API references, loadingracks algorithms, and practical examples using the Petroleum Refining Library. For more detailed information, visit our Solutions section.
First published: September 14, 2026
Loading Rack Simulation in Oil and Gas LogisticsThis article presents the architecture of the LoadingRack agent within the Petroleum Refining Library for AnyLogic, which bridges continuous process hydrodynamics with discrete-event rail and truck logistics. It examines statechart-driven dispatch workflows, synchronization with accumulative tank farms to track "mass on wheels," and unconstrained direct flow analysis for plant debottlenecking. The guide also details relational database configuration and memory optimization techniques that ensure stable performance in long-running digital twin simulations
First published: September 14, 2026
isLoadingPriorityOverSchedule in LoadingRack: Scheduling and Departure LogicThis article explains how isLoadingPriorityOverSchedule controls train departure in LoadingRack simulation, determining whether the railway schedule or loading completion takes priority. It describes schedule-driven and loading-driven operation, including multi-product train loading and departure behavior when product flows stop
First published: September 14, 2026
Loading Rack Scheduling and Operating Strategies for Refinery SimulationThis article presents loading rack scheduling strategies for refinery simulation, covering detailed railcar loading, simplified Direct Flow, post-schedule operation, and tank car turnaround. These strategies provide a flexible way to model loading rack capacity, rail transportation, fleet availability, and long-term refinery logistics.
First published: September 14, 2026
Loading Rack Statistics for Refinery SimulationLoading Rack Statistics provides real-time operational data for monitoring loading rack performance in refinery simulation. The article covers input and output flows, product-level statistics, train loading progress, arrival schedules, wagon availability, and turnover.
First published: September 14, 2026
Loading Rack Control in Refinery SimulationThis article describes Loading Rack Control in Refinery Simulation and the mechanisms used to manage loading operations dynamically during a simulation run. It covers API methods, configuration parameters, and events for controlling train processing, loading priorities, flow rates, wagon turnover, scheduling, passportization, and product volumes. These capabilities enable realistic modeling and evaluation of refinery loading operations and logistics under changing operating conditions.
