Direct air capture plant – DAC

This industrial model represents a Direct Air Capture (DAC) plant designed to illustrate the layout and main components of a facility that captures carbon dioxide directly from the atmosphere. The model features a large industrial structure surrounded by multiple processing units, ventilation assemblies, pipework and supporting frameworks. The detailed arrangement of the equipment provides a clear overview of the plant’s configuration and the integration of its different systems.

Direct Air Capture technology is an emerging solution for carbon dioxide removal, with applications in carbon management and climate mitigation. A physical scale model helps communicate the layout and complexity of this technology in a clear and accessible way.

Direct air capture and storage (DAC) plants are facilities designed to remove carbon dioxide (CO2) directly from the atmosphere and then store it or utilize it in some way to mitigate climate change. These plants typically employ large-scale technology to capture CO2 molecules from ambient air using various chemical processes or absorbents.

Industrial models provide a tangible representation of projects that are often too complex or expensive to prototype in full scale. By creating scaled replicas, engineers and designers can visualize their concepts and gain a better understanding of the project’s physical dimensions, spatial arrangements, and overall aesthetics.

Industrial scale models are valuable tools for engineering presentations, project reviews, client meetings and investor presentations. They allow stakeholders to visualise the overall facility, understand the arrangement of key equipment and discuss complex industrial projects before construction begins.

We design and manufacture bespoke industrial scale models tailored to the specific requirements of each project, helping companies present advanced technologies and communicate complex engineering concepts effectively.