Carbon Footprint Input Assessment Type Auto-generated quantities Manually input quantities Upper floor area (m2) No of storeys Building form complexity factor 1.0 1.1 1.2 1.3 1.5 Upper floor construction Composite beams and composite floor slab Steel beams and precast concrete units Cellular beams and composite floor slab Cellular beams and precast concrete units Slim floor beams supporting deep decking Slim floor beams and precast concrete units Structural grid size - primary span (m) Structural grid size - secondary span (m) Roof level structure Same structure Lightweight steel structure Fire protection - columns Board Intumescent Concrete type - upper floors Normal weight Light weight Vertical bracing Steel bracing Concrete cores (default) Concrete cores (user input) Number of cores 1 2 3 Concrete core 1 x-Dimension (m) Concrete core 1 y-Dimension (m) Concrete core 2 x-Dimension (m) Concrete core 2 y-Dimension (m) Concrete core 3 x-Dimension (m) Concrete core 3 y-Dimension (m) Voids in upper floors % of voids (by area) in upper floors Void area per floor (m²) % of voids (by area) in upper floors Void area per floor (m2) Void walls Blockwork Dry-lining Formwork usage Project description ... Formwork usage Input the total quantity of materials (in kgs) in the different structural elements of the building Frame Carbon Footprint Input Frame Steel columns Steel beams Steel bracing and fittings Concrete Reinforcement Plywood formwork Concrete Cores and Shear Walls Carbon Footprint Input Concrete Cores Shear Walls Concrete Rebar Plywood formwork Fire Protection Carbon Footprint Input Fire Protection Intumescent coatings Boards Floors Carbon Footprint Input Floors GIFA (m2) Steel decking Concrete Steel stressing tendons Reinforcement Plywood formwork PC Units Roof Level Carbon Footprint Input Roof Level Light gauge steel Steel decking Concrete Steel stressing tendons Mesh and reinforcement Plywood formwork PC Units Void Walls Carbon Footprint Input Void Walls Blockwork Plasterboard Light gauge steel