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DCC Bridge
Anonymous1772847294
03-07 01:49
Model Name
water filtration prototype 3d model
Tags
machine
rendering
realistic
Prompt
Create a realistic engineering 3D model of a multiCreate a realistic engineering 3D model of a compact multi-stage natural water purification prototype system used for a mechanical engineering mini project. The system should have three vertical chambers connected with PVC pipes and valves, mounted on a simple rectangular base frame. Chamber 1: Sedimentation and pre-filtration tank. A cylindrical transparent plastic tank with a top water inlet pipe. Inside the tank include large gravel and small gravel layers for removing large particles. Add a bottom drain valve for sediment removal. Chamber 2: Main filtration column. A tall transparent PVC pipe about 70–80 cm height. Inside the column clearly show layered filtration materials in the following order from top to bottom: fine sand layer, coarse sand layer, activated charcoal layer, moringa bio filtration layer, and supporting gravel layer. Separate each layer using thin mesh plates. Chamber 3: Final purification chamber. A smaller transparent container connected to the filtration column. Inside this chamber include a ceramic candle filter and a small UV sterilization unit. Sensors and electronics: Add a TDS sensor probe placed near the clean water outlet. Show an Arduino Nano microcontroller board and a small LCD display mounted on the outside frame connected with wires. Pipe connections: Use white PVC pipes to connect all chambers. Include small ball valves on the pipes to control the water flow. Output section: Add a clean water outlet pipe leading to a small storage container for purified water. Design style: Realistic mechanical prototype with transparent chambers showing internal filtration layers. Industrial prototype appearance suitable for laboratory demonstration. Neutral lighting, clean engineering visualization.stage natural water purification prototype system. The design should include three vertical chambers connected with PVC pipes and control valves. Chamber 1 – Sedimentation and Pre-Filter Tank A container that receives raw water from the inlet. Inside the tank include gravel and coarse stone layers for removing large particles. Add a bottom drain valve for removing settled dirt. Chamber 2 – Main Filtration Column A transparent PVC pipe column about 70–80 cm tall. Inside the column show layered filtration materials. The layers should include fine sand, coarse sand, activated charcoal, moringa bio layer, and supporting gravel layers. Each layer should be separated using mesh filters. Chamber 3 – Final Purification Chamber This chamber should contain a ceramic candle filter and a UV sterilization unit. Add a TDS sensor probe inside the outlet section. Electronics Section Outside the chamber show an Arduino Nano board connected to a TDS sensor and an LCD display for water quality monitoring. Pipe Connections Show PVC pipes connecting the chambers with small ball valves to control the flow of water between stages. Output Section Add a clean water outlet pipe and a small storage container for purified water. Design Style The chambers should be transparent so the internal filtration layers are visible. The prototype should look like a compact laboratory water purification device placed on a base frame.
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