Construction method for plant facility and plant configuring module

A plant facility comprising:

• a plurality of plant configuring modules that extend in a direction along a first end of a first connecting beam and extend in the direction along a second end of the first connecting beam, wherein each plant configuring module of the plant configuring modules includes a frame body with a lower frame member having a rectangular shape, an upper frame member arranged on an upper side of the lower frame member, and a column member that couples the upper frame member and the lower frame member, and a plant element arranged inside the frame body, and that builds the plant facility constructed by combining a plurality of plant configuring modules, wherein the upper frame member and the lower frame member include a connecting portion that connects the first connecting beam arranged between the plant configuring modules, wherein the column member is formed with a projecting column portion that projects out from one side or both sides of the lower frame member and the upper frame member, wherein the upper frame member includes a first member arranged at a predetermined height position along one of two intersecting directions in which a member configuring the lower frame member is arranged, and a second member arranged along the other of the two directions and arranged at a height position different from the first member;
• a first pass-through region defined by the first connecting beam and a dimension between a projecting column portion of a lower frame member of a first frame body and a projecting column portion of an upper frame member of a second frame body, the first pass- through region further defined by the first connecting beam and a dimension between a projecting column portion of a lower frame member of a third frame body and a projecting column portion of an upper frame member of a fourth frame body,
• a second pass-through region defined by a second connecting beam and a dimension between the projecting column portion of the lower frame member of the third frame body and a dimension between a projecting column portion of a lower frame member of a fifth frame body, the second pass-through region further defined by the second connecting beam and a dimension between the projecting column portion of the lower frame member of the fourth frame body and a dimension between a projecting column portion of a lower frame member of a sixth frame body,
• wherein the first pass-through region is formed between overlapped frame bodies of plant configuring modules and comprises a first passage, that extends in a horizontal direction in-between the first frame body and the second frame body and in-between the third frame body and the fourth frame body, wherein the first frame body is adjacent the second frame body in a planar direction and the third frame body is adjacent the fourth frame body in the planar direction, wherein the planar direction is perpendicular to the horizontal direction,
• wherein the second pass-through region is formed between overlapped frame bodies of plant configuring modules and comprises a second passage that extends in the planar direction in-between the third frame body and the fifth frame body and extends in-between the fourth frame body and the sixth frame body;
• and
• a flange plate for bonding is arranged at a distal end of the projecting column portion.