The digital transformation to the industry 4.0, makes 3D CAD modeling a necessary stage for the creation of digitized industrial processes and interconnected, using BIM methodology applicable to the life cycle of the facility or product, from design and engineering, through manufacturing and construction, to commissioning and operation.

IMPLANTACIÓN CINTA SAL BEFESA [VISTA 3D 04].JPG

3D CAD modeling of process engineering, including equipment, pipes, racks and supports, structures, etc., until conforming digital models of industrial plants

Digitization of industrial processes using BIM methodology applied in the life cycle of the installation or product.

Three-dimensional models facilitate, in the design phase, the visualization and analysis of industrial environments, helping in decision-making regarding the sizing and optimization of processes.

Modeling and design of the pipe layout (piping) in different standards and codes such as DIN, ANSI, with the incorporation of line elements such as valves, pumps, filters, etc.

The design of the layout of pipes is of great importance in the development of industrial plants, avoiding interference with other elements.

PLANTA ASFALTOS TUBERIAS [INGENIERIA DETALLE 2.2].JPG

A proper design improves accessibility to equipment and processes, facilitating inspection and maintenance tasks, resulting in the generation of more efficient industrial processes, thereby reducing installation and operating costs.

Design and modeling of process equipment, like storage tanks, decanters, homogenizers, fermentation tanks, reactors, etc., according to the specific needs of each process.

Different levels of LOD development according to the intended use of the model

Possibility of generating high levels of LOD development for later integration into general process implementations, with definition of flanges, nozzles, supports for auxiliary equipment, support structures, inspection platforms, etc., according to the specifications of the process.

3D CAD modeling provides the ability to digitally represent any element, allowing sharing any content in a dynamic and visual way, via Common Data Environment CDE platforms, facilitating joint decision-making and modifications, using BIM technology directly from the cloud, without the need to install specific software on our terminals.

Sometimes projects require integration engineering, interdisciplinary design teams that collaborate effectively on different aspects of facility design, in turn enabling external parties involved in various elements of design and construction to efficiently transfer and share information with each other, avoiding interference, between distant facilities or components.