GEA
GEA's video was engineered to peel back the exterior steel casing and reveal the fluid mechanics driving their industrial tank cleaning systems. Within the highly regulated food, beverage, and pharmaceutical manufacturing sectors, maintaining absolute hygienic integrity across processing vessels is a critical operational mandate. Failing to properly sanitize these massive tanks leads to catastrophic batch contamination, expensive regulatory penalties, and prolonged unplanned downtime. We structured the narrative around four distinct soiling classes to show how GEA's hygienic tank cleaning technology mitigates these risks.
Our design team established a clean, high-contrast industrial aesthetic using three-dimensional CAD geometries. We utilized realistic cross-sections of stainless steel storage tanks to reveal the internal nozzle positioning. The internal layouts feature structured color-coded zones representing various soil densities, serving as a highly effective hygienic processing visual guide. These precise structural diagrams map out spray boundaries and impact zones so that Plant Operators immediately grasp the ROI of tailored nozzle selection.
Fluid simulation and rotational physics are deployed to trace the spray paths of static, rotating, and orbital nozzles. To reduce cognitive load for busy engineers, our team at Advids balanced detailed fluid dynamics with a clean, distraction-free backdrop that keeps the focus entirely on spray patterns. This technical functional overview builds immediate trust by visually proving the efficiency of variable-impact fluid mechanics.