Energy resources and associated geotechnics involvement (modified from Santamarina and Cho, 2011)
| Non-renewable (fossil fuels) | Renewable | Nuclear | |||||
|---|---|---|---|---|---|---|---|
| Coal | Gas | Petroleum | Solar | Geothermal | Wind | Biofuels | |
| Characterisation, subsurface response, mine excavation and instability, and gas recovery | Hydrates, low-temperature liquefied natural gas storage, hydraulic fracturing, and optimal extraction | Fines and clogging, sand production, borehole instability, enhanced oil recovery, heavy oil and tar sand | – | Drilling, fracture formation, heat transfer, piles and optimisation | Off-/on-shore foundations and pseudodynamic loading | Land and water use, energy efficiency, and food impact | Engineered soils, decommission, leak detect and repair, and long-term behaviour and monitoring |
| Non-renewable (fossil fuels) | Renewable | Nuclear | |||||
|---|---|---|---|---|---|---|---|
| Coal | Gas | Petroleum | Solar | Geothermal | Wind | Biofuels | |
| Characterisation, subsurface response, mine excavation and instability, and gas recovery | Hydrates, low-temperature liquefied natural gas storage, hydraulic fracturing, and optimal extraction | Fines and clogging, sand production, borehole instability, enhanced oil recovery, heavy oil and tar sand | – | Drilling, fracture formation, heat transfer, piles and optimisation | Off-/on-shore foundations and pseudodynamic loading | Land and water use, energy efficiency, and food impact | Engineered soils, decommission, leak detect and repair, and long-term behaviour and monitoring |
Sharing content requires targeting cookies to be enabled. Please update your cookie preferences to use this feature.