8. EMBODIED ENERGY CALCULATION - Q-Div-2022-2023-Odd/Repo-13 GitHub Wiki

Consumables ...................................Specifications as per BOM____________________________ Qty _____________Total............... Unit Embodied Energy Total EE
Length(m) Width(m) Thickness(m) Volume(m^3) Weight(kg) Volume(m^3) Weight(kg) MJ/m^3 MJ/kg MJ
Acrylic sheet 0.457 0.457 0.005 0.001044245 1.253094 1 0.001044245 1.253094 - 117 146.611998
Nut and boult - - - - 0.008 10 - 0.08 - 153 12.24
Aluminium hollow rod - - - - 0.043 1 - 0.043 515700 191 8.213
Aluminium U channel - - - - 0.122 1 - 0.122 515700 191 23.302
L-clamps - - - - 0.008 6 - 0.048 - 153 7.344
Foam sheet 0.305 0.305 0.008 0.0007442 0.0461404 1 0.0007442 0.0461404 - 85 3.921934
Foam sheet 0.1525 0.1525 0.005 0.0001148 0.0071176 1 0.0001148 0.0071176 - 85 0.604996

Total Embodied Energy=146.611998+12.24+8.213+23.302+7.344+3.921934+0.604996 = 202.237928MJ.

To reduce the embodied energy to reduce its impact on the environment we can use alternative materials which are as follows:-

Sl.no Material used Unit Embodied Energy Replaceable material Unit Embodied Energy
1 Acrylic sheet 117 Foam sheet 85
2 Aluminium hollow rod 191 Nylon rod 148
3 Aluminium U Channel(used as base) 191 Plywood 10.4