Dynamic Simulation

RFID PASS is proficient in UNISIM, DYNSIM, INDISSPLUS, and VMGSIM. The primary expertise of RFID PASS is dynamic simulation - the cutting edge of chemical engineering that achieves prediction and control of real chemical process plants in real time. With the tool of dynamic simulation, engineers can model and operators can prepare for start-up and shut-down of a plant, changes in process condition due to reactions, holdups, thermal changes, and other system disturbances.

As companies strive to increase the efficiency and safety performance of operating plants, advanced process simulation has emerged as a primary tool to meet these objectives. RFID PASS has a wide range of process simulation experience in the oil & gas, petrochemical and chemical industries.

At a project’s conceptualization stage, RFID PASS facilitates concept selection, generates preliminary heat and material balances, prepares process flow diagrams (PFDs), and performs preliminary equipment sizing. By developing these models in the front-end portion of a project's lifecycle, RFID PASS's clients avoid design oversights that may require significant expenditure to be resolved in the detailed engineering phase.

In addition, RFID PASS incorporates design philosophies with all-new process simulation. The best time to eliminate process hazards is during the design phase. RFID PASS evaluates each hazard by following lead design methodologies such as minimization, substitution, and simplification. RFID PASS applies work process methodology on furnaces and burner management systems, refining/chemical plant simulation and controls. RFID PASS also provides ESD logic design and check out, DCS (Honeywell TDC/TPS, Experion PKS, Yokogawa) configuration and graphics preparation, alarm management, and smooth and efficient plant start-up assistance. In doing so, RFID PASS hands over a process simulation that is not only technically sound but also inherently safe.



RFID & Process Automation Services, LLC

Suite 313
9950 Westpark Drive
Houston, TX 77063

ph. 713.256.0925
fax 713.965.4390