Efficiently interconnected digital planning for process plant engineering.

MT-Plant Consulting implements the BIM methodology in process engineering system planning. BIM transcends mere 3D planning, encompassing comprehensive digital documentation of the entire planning object. Within the planning file, all pertinent information is meticulously linked to the evolving project. Our team of engineers, specialist planners, and external subcontractors collaborates seamlessly, accessing up-to-date planning data at all times. By adhering to a standardized data format, the risk of transmission errors is mitigated, empowering robust decision-making based on accurate planning status.

Our implementation of the BIM methodology involves meticulous planning and execution processes.

The utilization of the BIM methodology necessitates the utilization of specialized software endowed with the requisite functionalities. At MT-Plant Consulting, we employ the CADISON planning tool to centrally manage all pertinent information pertaining to the planning object. Through meticulous configuration and expansion of CADISON, we optimize its utility to yield maximum benefits for our planning endeavors.

In order to facilitate seamless planning, our engineers require diverse interfaces within our planning tool for data input and extraction. The planning process is essentially bifurcated into two key domains: the process engineering aspect, where the project's processes are mapped and refined; and the mechanical aspect, wherein a comprehensive three-dimensional representation of the system is crafted and refined to readiness for implementation.

Elaboration of procedural details regarding the planning subject.

Various schematic representations are employed in the procedural elucidation essential for developmental endeavors. These schematics serve as indispensable vessels encapsulating planned procedures, progressively detailing the abstract depiction of process engineering systems. From rudimentary flow schemes to intricate process flow diagrams and piping and instrumentation flow diagrams (P&IDs), the evolution of these representations delineates the procedural landscape with increasing granularity. At the outset, the basic flow scheme delineates procedural steps, while the process flow scheme enriches the depiction with vital information regarding material flows, pressures, temperatures, and process engineering apparatus. As these representations evolve into P&IDs, all pertinent attributes remain meticulously associated with the apparatus, thereby advancing the fidelity of the engineering design.
The initial phase involves cataloging the pipe classes slated for deployment in the project. In the absence of predefined pipe classes, we possess the capability to either leverage standardized classes or craft bespoke specifications tailored to our unique project requirements. Subsequently, the process engineering elements encompassing equipment, fittings, and instruments are meticulously delineated and seamlessly integrated into our planning tool. Of paramount importance is the expeditious specification of primary equipment to streamline project execution timelines. This strategic approach ensures efficient project management and expedites the journey from conceptualization to materialization.

Our specialist planners assume responsibility for BIM coordination within a project. This entails integrating information from other specialist planners, including Construction, TGA, and ESMR, into the plant model. Consequently, a comprehensive digital twin of the planning object is generated, ensuring alignment with the latest planning status at all times.

Lists for diverse assignments.

Through the application of the BIM methodology, various task lists can be promptly and effortlessly generated. For instance, lists can be compiled for valve and instrument requisitions, encompassing all pertinent information. Similarly, lists can be generated for plant components subject to specific regulations, such as the Pressure Equipment Directive. We possess the capability to develop new types of lists to accommodate any unique information requirements.