Welcome to DPSIM.com
Step into the world of advanced mineral process simulation with DPSIM by EPM. Our tool is designed to provide an in-depth understanding of the mineral process.
Unlike traditional static simulators, DPSIM incorporates the ‘time factor’ into mineral process simulation, allowing analysis of process dynamics such as disturbances and control actions.
DPSIM features a range of mathematical models to represent unit operations and material handling, alongside reliability models to raise equipment failure/repair events, and process control elements to mimic operator and controller actions. These features form a comprehensive platform that expands the application of mineral process simulation across multiple facets of the mineral processing industry.
DPSIM Static Module
The DPSIM Static Module is the free public release for steady-state mineral process simulation. It is intended for engineers who want to build static flowsheets, review material balances, inspect selected public models and prepare simulation outputs for engineering communication.
Main Features
Mineral Process Models
DPSIM is built upon well-established mathematical models to deliver a detailed process description, down to the multi-component particle size distribution.
The model base encompasses a wide range of unit operations, including crushing, screening, grinding, flotation, among others.
With that, DPSIM provides a representative snapshot of the process, allowing users to predict product quality, optimize process performance, and identify potential bottlenecks.
Dynamic & Static Simulations
Dynamic simulation is created by integrating discrete simulations, establishing a sequence of steps. At each step a short time interval is associated, for example, minutes or seconds. During this sequence perturbations are introduced by the constant and gradual changing of parameters – e.g., feed rate, grade, or equipment ON/OFF state.
Reliability Models
Reliability studies are useful for estimating how the dynamics of equipment failures and repairs in a circuit affects production.
Traditional tools often do not take into account important elements such as the effect of stockpiles, and other hold-ups on the overall operational efficiency.
With DPSIM, these elements are integrated into the reliability analysis, providing a much more accurate representation of the operational scenario.
Process Control Engine
DPSIM features a sophisticated process control engine that mimics real-life operator and controller actions. This engine allows for the simulation of complex control strategies and operational interventions
Applications
Comprehensive Process Analysis
Visualize the process in detail, identifying potential issues, predict bottlenecks or oversizing, ensuring efficient process operation.
Project Support
Build a virtual plant during the design phase to identify and correct issues before they occur in the real plant.
Reliability Studies
Conduct reliability studies to identify critical points in the process that can affect circuit availability and operational regime.
Expansion and Retrofit
Evaluate the impact of process changes, such as equipment replacement or new stages, to improve process performance.
Operation Optimization
Use DPSIM to optimize process operations, identifying the optimal operation point to maximize efficiency and minimize costs.
Training
Use DPSIM as a training platform, simulating different operation scenarios to prepare for real situations.
Control Projects
Utilize DPSIM for control systems, identifying the optimal operation point and adjusting control parameters to maintain optimal process conditions.