High-Resolution 3D Model of Vertical Stainless-Steel Pressure Vessel with Unique Catalyst Beds
Prompt
Create a highly detailed, high-resolution 3D model of a vertical cylindrical pressure vessel made of stainless steel, standing 26 meters tall and 1.7 meters in diameter. The vessel contains two unique catalyst beds: the upper bed consists of a radiant blue catalyst, while the lower bed has a deep blue catalyst. The design of the reactor should be observer-friendly, made with a transparent material that allows a clear view inside, thus showcasing the catalysts at work. Carefully position inlet and outlet ports for reactants and products, with the inlet at the top and the product outlet at the bottom. Additionally, place a quench inlet in between the two beds for efficient flow. This 3D model should be produced with fine attention to detail, reflecting the complex design of the reactor. Use advanced rendering techniques like ray tracing, and implement a realistic lighting setup to enhance the overall visual impact. The final model should portray the functionality and aesthetics of a trickle bed reactor, perfect for presentations and visualizations in the field of chemical engineering.
