Wintershall Dea ONS 2024

Stavanger, Norway 2024

Customer

Wintershall Dea AG

Category

booth

City

Stavanger, Norway

Year

2024

Photo

Wintershall Dea/Screenstory/Magnus Wathne

Decarbonise

At the forefront of the exhibit, the scientific experiment “FluidFlower” will be showcased. This is a layered sand model that simulates the functioning of a real geological reservoir. In this model, CO2 storage is demonstrated on a reduced scale to illustrate the process of CO2 sequestration. This model stands at the center of interaction, capturing the attention of visitors.

In the background, there is a bar designed to replicate the Norwegian coastline. This back wall is constructed as a layered wooden model, reflecting the geological formations that play a key role in CO2 storage. The layering symbolizes the different strata of the earth through which CO2 is guided and stored.

Additionally, a shelf is integrated, featuring green elements that symbolize the company’s commitment to nature and sustainability. These plant-like or natural accents soften the technical atmosphere, creating a harmonious connection with the natural environment.

A mobile art installation hovers above the stand, symbolizing CO2 bubbles being directed into the earth. These bubbles represent CO2 storage and aesthetically highlight the technological approach to reducing emissions.

Overall, the exhibition stand is dominated by flowing forms and layers that represent both the movements of water and the complex processes of CO2 storage.

The seating furniture is inspired by the fluid movement of water and consists of multiple, individually combinable modules. Each module has an organic, curved shape reminiscent of wave movements, blending seamlessly into the overall design of the stand. The modules can be arranged in various configurations to create different seating landscapes—from cozy lounges to straight seating rows, or even closed or semi-open seating circles. This allows for flexible use of space according to the needs. The curved shapes of the individual modules can be used separately or connected to form a continuous, flowing seating arrangement.