About this asset

A vertical cylindrical HDPE storage tank designed for Revit, featuring a clean rotational body with a domed top for building service layouts. Modelled as a vertical cylindrical vessel, this storage tank displays a smooth upright exterior capped with a shallow convex domed top and a flat bottom base. Represented here in a uniform matte grey finish, the geometry captures standard industrial polyethylene water storage profiles across varied diameter and height proportions. Its clean cylindrical shell ensures lightweight representation without extraneous polygonal tessellation or unneeded internal geometry, making it suitable for both schematic MEP plant layouts and coordinated structural plant room configurations across building documentation sets.

The download is a 471 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Load the RFA component directly into your Revit project environment to position the vessel on concrete housekeeping pads, rooftop plant areas, or utility basements. Adjust placement heights in section or floor plan views to coordinate clearances with incoming and outgoing gravity or booster piping runs. The compact geometry keeps model file sizes minimal while allowing straightforward tagging, scheduling, and clash detection against surrounding structural framing and architectural enclosures.

Commonly specified for commercial, industrial, residential, and agricultural facilities, this polyethylene vessel functions effectively as a potable water reserve, rainwater harvesting cistern, or process liquid buffer tank. Position it within rooftop mechanical rooms, dedicated utility enclosures, or outdoor service compounds alongside transfer pumps, valves, and water filtration equipment. The asset satisfies documentation and spatial coordination needs from concept space-proofing through detailed MEP design phases, integrating seamlessly into facility management models and building service schematics.