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DCC Bridge
Anonymous1748893610
12-25 22:09
Model Name
industrial processing plant 3d model
Tags
carbon
compressor
industrial processing plant
machine
machine realistic
machine simulation
machine simulation realistic
realistic
simulation
simulation realistic
Prompt
Create a high-detail 3D industrial plant model based on the provided CO₂ injection and conditioning process flow diagram. The 3D model represents a carbon capture and storage (CCS) CO₂ treatment facility and must include the following sections arranged sequentially: 1) CO₂ Compression Train: - Five-stage CO₂ compressors - Inter-stage shell-and-tube coolers after each compressor - Vertical knock-out drums after each cooling stage for condensed water removal - Clearly show piping between compressor, cooler, and separator units 2) TEG Dehydration Unit: - Vertical absorber column with trays - Lean TEG inlet at the top and wet CO₂ inlet at the bottom - Rich glycol outlet at the bottom of the absorber - Glycol circulation loop including: - Glycol pump - Lean/rich glycol heat exchanger - Regenerator column - Reboiler - Condenser - Glycol storage tank and make-up line 3) Final CO₂ Compression and Export: - Final compression stage to pipeline pressure - Final cooler - CO₂ export pipeline section suitable for liquid or dense-phase CO₂ transport Model all equipment at realistic industrial scale with correct proportions. Use carbon steel vessels, stainless steel piping, flanges, valves, and pipe supports. Include pipe racks, vertical and horizontal equipment supports. Rendering requirements: - Industrial engineering realism - Isometric 3D view - Neutral lighting - Clean white or light-gray background - Suitable for academic and engineering presentation of a CCS facility
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