MobaTAGnology has been applied to deliver hand valve positions to the control room with an overview panel provided in Mobatec Modeller. With conditional formatting the panel easily indicates how the routing looks like. Read More

MobaTAGnology has been applied to an existing non-Mobatec OTS to include field operators in training.

Dynamic process model of a plant that converts non-food biomass into a second generation bio-oil. The process model will be connected to a (copy of the real) Emerson DeltaV DCS and serve as Operator Training Simulator to train new operators. Read More

Small scale operator training simulator connected to a copy of Citec SCADA along with PLC’s and ESD for process control. Read More

High fidelity models of paper pulp dry press and flow to pond used for research purposes.

Large scale dynamic process model of an entire MDI plant used for Operator Training. The model is connected to an Emerson DeltaV DCS and the HIMA ESD is emulated by Mobatec.

Large scale dynamic process model of an entire PO plant used for Operator Training. The model is connected to a Honeywell Experion DCS and the TriConex ESD is emulated by Mobatec. Our TriConex emulator just requires the actual database file (of the real plant) and can be very easily linked to the dynamic process model.

Dynamic process model that provided detailed process insights and opportunities for process and product improvements.

Detailed process model of a PE reactor using our advanced Polymer Kinetics Module. The process model is used for doing predictions.

The demand for a simulator arose from the concern that operator skills will decrease due to the implementation of a large amount of Advanced Process Control. This will only increase in the future. Therefore, Gunvor has taken the first step with the training of control room skills for Panel Operators. Read More

Mobatec added the Mobatec Field Operator Training module (MobaTAGnology) to the existing OTS of Zeeland Refinery. With this module Zeeland Refinery is now able to train their Field Operators together with control room operators or independently. Read More

Mobatec process models can be easily connected to third party (innovative) technologies. We successfully demonstrated the use of Augment Reality (with several technologies) with a real-time dynamic process model that was linked to an Emerson DeltaV DCS for simultaneous training of Panel (Control Room) Operators and Field Operators.

Optimization of the adsorption process in a plant in terms of productivity, protein capture, chemical usage and wastewater generation. Validated Mobatec Modeller simulations of different configurations of the adsorption unit. Economical evaluation of proposed scenarios for the optimization of the plant performance in terms of productivity, chemical usage and wastewater generation.

Construction of process models for Dyneema drying ovens.

Large scale dynamic process model of an entire PO plant used for Operator Training. The model will be connected to a Yokogawa CentumVP DCS and the TriConex ESD is emulated by Mobatec.

High fidelity dynamic process model of a (generic) sulphuric acid plant that can be used for training operators.

Detailed process model of a PP reactor using our advanced Polymer Kinetics Module. The process model is used for doing predictions.

Model of a “practice factory” at a school for operators-to-be. This “mini-factory” has several interconnected small skids. A real-time simulation process model was developed to also be able to do “off-line education”. At first the “real plant” was connected to several (major) DCS systems and the Mobatec process model could be connected to a (copy of) the DCS of Honeywell, Yokogawa, Siemens, SMAR, Emerson, ABB or Invensys. For maintainability reasons they later switched to only one DCS vendor.

An energy producing and energy consuming process were to be heat-integrated for energy recuperation. The processes were quite far apart and with a dynamic process model studies were done to understand and optimize the dynamic behavior of the integrated processes under various conditions.

A process model for an SMB adsorption system was developed using Mobatec Modeller. The strategy of modelling and optimization reduced the overall time and investment for the design and development of new SMB systems.

Created torrefaction process models which can be used by: OEM’s, Contractors, technology providers, biomass customers, biomass traders, power companies and other users of BTT’s knowhow, to reach suitable mass and energy balances to facilitate concept design’s.

Supporting the automation of a Malt House with a dynamic process model. The process model was connected to the actual PLC’s that were to be implemented in the actual Malt House and was successfully used for the FAT (Factory Acceptance Test).

Dynamic process model of an entire steam network, including boilers, headers, control valves and controllers. The process model was used to investigate the dynamic behavior of the steam headers under various conditions and to optimize the control schemes.

A Mobatec Modeller process model for a “double brewery street” (tanker park of about 40 tanks) was connected to a Braumat automation platform and route control, recipe control, scheduling and performance were tested.

Process model of a glycol contactor with its regeneration unit. The process model was operated through a connection with an Omron PLC system.

MobaTAGnology has been applied to make a field operator training tool in which the field operators are trained for certain line ups. The application includes a question&answer tool which enables performance assessment.