Create 3D model of shipping container with sand filter.

a photo of a Christmas gingerbread house in the style of a shipping container home

HUGE ROBOTS FORKLIFT UNLOADING CONTAINER SHIP, Nikon D850, ISO400, Lens f/2.8,--ar 16:9 --s 850

Model a 20-Foot Container with an Integrated Potable Water Unit Featuring Vertical Pressurized Sand Filter Tanks with Blue Coating 📋 Project Description: The goal is to create a realistic and functional 3D model of a standard 20-foot shipping container designed to house a potable water unit with integrated vertical pressurized sand filter tanks. The model should clearly depict the vertical sand filter tanks with a blue paint coating, containing a 1-meter thick sand layer inside each tank, and stainless steel pipes for water inflow and outflow positioned on the front side of the tanks. The filters are supported by four legs and are located inside the container. Ensure that no pipes or conduits are placed above or over the filters. 🎨 Modeling Instructions: Create a Cross-Sectional and Exploded View: Provide both a cross-sectional view to display the internal arrangement and an exploded view to showcase the individual components of the potable water unit, including the container structure, vertical sand filter tanks, pipes, and connections. Integrate Stainless Steel Pipes: Position the stainless steel pipes for water inflow and outflow on the front side of the vertical sand filter tanks, ensuring that no pipes or conduits are placed above or over the filters. Detail the Vertical Sand Filter Tanks: Accurately represent the vertical pressurized sand filter tanks, including their blue paint coating, dimensions, and the four supporting legs that position the tanks inside the container. Clearly show their connection to the pipes on the front side. Apply Realistic Textures and Materials: Use appropriate textures and materials to enhance realism, focusing on the blue-painted surface of the tanks, the metal texture of the pipes, and the granular texture of the sand. Ensure [...]

wall mural painting of madmax theme on a riders container cafe design,desert area,burningman --ar 40:20

glass 3D abstruct object floating in the air, fully filled with colorful sand! fully Dark black background. Photorealistic render, 4k --ar 16:9 --style raw

The goal is to create a realistic and functional 3D model of a standard 20-foot shipping container specifically designed to house a potable water unit with an integrated gravity sand filter. The model should clearly depict the water level, a 1-meter thick sand layer, and stainless steel pipes for water inflow and outflow. 🎨 Modeling Instructions: Create a Cross-Sectional View: Provide a cross-sectional view of the container to display the internal arrangement, highlighting the water level and the 1-meter sand layer. Integrate Stainless Steel Pipes: Visually incorporate stainless steel pipes for both water inflow and outflow, realistically positioning them within the container. Detail the Gravity Sand Filter: Accurately represent the gravity sand filter, including its dimensions, placement inside the container, and connection to the pipes. Apply Realistic Textures and Materials: Use appropriate textures and materials to achieve a high level of realism, considering the transparency of the water and the natural color of the sand. Ensure Accurate Scale and Dimensions: Make sure the model is to scale, adhering to the standard dimensions of a 20-foot shipping container.

# Modéliser un conteneur de 20 pieds avec une unité d'eau potable intégrée, comprenant un filtre à sable gravitaire ## 🗒️ Description du projet: L'objectif est de modéliser un conteneur standard de 20 pieds avec une intégration spécifique pour abriter une unité d'eau potable comprenant un filtre à sable gravitaire. La modélisation doit fournir une représentation réaliste et fonctionnelle de l'ensemble, en mettant en avant le niveau d'eau, la couche de sable d'une épaisseur d'1 mètre, ainsi que les conduites en acier inoxydable pour l'entrée et la sortie de l'eau. ## 🎨 Instructions pour la modélisation: 1. Réalisez une vue de coupe du conteneur pour visualiser l'agencement interne, en mettant en évidence le niveau d'eau et la couche de sable de 1 mètre. 2. Intégrez visuellement les conduites en acier inoxydable pour l'entrée et la sortie de l'eau, en les positionnant de manière réaliste à l'intérieur du conteneur. 3. Assurez-vous de représenter les détails du filtre à sable gravitaire, y compris sa taille, sa position dans le conteneur et sa connexion aux conduites. 4. Utilisez des textures et des matériaux appropriés pour rendre la modélisation aussi réaliste que possible, en tenant compte de la transparence de l'eau et de la couleur du sable. 5. Veillez à ce que la modélisation soit à l'échelle et respecte les dimensions standards du conteneur de 20 pieds.

a gingerbread house that looks like a shipping container home

Global logistics, shipping and worldwide delivery business, 3d illustration concept, craft box, light color, grey purple, light blue, white ultra realistic --v 5.1 --ar 16:9

a photo of a shipping container home made of gingerbread and Christmas candy sitting on a table