The invention discloses a BIM technology-based clean workshop reconstruction
engineering space management method, which comprises the following steps: carrying out layered
layout on airtight top-layerspace of a workshop, reserving industrial purifiers and suspended ceiling heights, avoiding mutual collision of pipelines according to different interlayer trends, and reserving effective space for secondary
piping; determining the heights of a main
pipe, a
branch pipe and a bracket of
air conditioning water, determining the position of a valve
bank, and reserving the hoisting position and heightof an
air conditioning box; determining elevations of an air-conditioning water main
pipe and
branch pipes for the power
machine room of the
plant, and setting a support hanger structure form and a connecting pipe form of a refrigerating unit and a water pump; determining the heights of the main pipe and the
branch pipes according to elevated pipelines below elevated floors of a
plant and are lower than the heights of the elevated floors, avoiding elevated floor supporting legs, avoiding mutual collision of the pipelines, and reserving an effective space for secondary
piping. According to themethod, various pipelines of the clean workshop are deeply designed, the workshop
space management problem is effectively solved, the construction operation efficiency is improved, and the
engineering cost is reduced.