| Public power - Gas turbines with gaseous fuels | NOx | 48 g/GJ, 28-68 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public power - Gas turbines with gaseous fuels | PM2.5 | <0.2 g/GJ, 0.05-0.8 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public power - Gas turbines with gaseous fuels | PM10 | <0.2 g/GJ, 0.05-0.8 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public power - Gas turbines with gas oil | NOx | 398 g/GJ, 239-557 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public power - Gas turbines with gas oil | PM2.5 | 1.95 g/GJ, 0.65-5.85 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public power - Gas turbines with gas oil | PM10 | 1.95 g/GJ, 0.65-5.85 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with natural gas | NOx | 89 g/GJ, 15-185 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with natural gas | PM2.5 | < 0.14 g/GJ, 0.09-0.19 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with natural gas | PM10 | < 0.14 g/GJ, 0.09-0.19 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with heavy fuel oil | NOx | 142 g/GJ, 70-130 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with heavy fuel oil | PM2.5 | 25.2 g/GJ, 1.5-150 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with heavy fuel oil | PM10 | 19.3 g/GJ, 0.9-90 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with gas oil | NOx | 65 g/GJ, 22-195 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with gas oil | PM2.5 | 0.8 g/GJ, 0.3-2.5 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with gas oil | PM10 | 3.2 g/GJ, 1-10 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Public electricity and heat production with biogas | NOx | 198 g/GJ, 28-582 g/GJ min-max | Local emissions | European Environment Agency, 2023 |
| Natural gas turbine operating under steady state in simple cycle (case SSS) | NOx | 0.00915 lb/MMbtu, 0.236 g/sec | Local emissions | Olaguer et al. 2016 |
| Natural gas turbine operating under steady state in simple cycle (case SSS) | PM | 0.0046 lb/MMbtu, 0.118 g/sec | Local emissions | Olaguer et al.2016 |
| Simple cycle gas turbine undergoing a cold start-up (case CSU/FSU) | NOx | 0.139 lb/MMbtu, 3.58 g/sec | Local emissions | Olaguer et al.2016 |
| Simple cycle gas turbine undergoing a cold start-up (case CSU/FSU) | PM | 0.011 lb/MMbtu, 0.28 g/sec | Local emissions | Olaguer et al.2016 |
| A data center generating 10 MW of emergency power with diesel (case DLB)) | NOx | 6.8 lb/MMbtu, 18.9 g/sec | Local emissions | Olaguer et al.2016 |
| A data center generating 10 MW of emergency power with diesel (case DLB)) | PM | 0.17 lb/MMbtu, 0.47 g/sec | Local emissions | Olaguer et al.2016 |
| A data center generating 10 MW of emergency power with natural-gas fired BUGS (case NGB)) without pollution controls | NOx | 0.94 lb/MMbtu, 2.61 g/sec | Local emissions | Olaguer et al.2016 |
| A data center generating 10 MW of emergency power with natural-gas fired BUGS (case NGB)) without pollution controls | PM / Particulate matter | 0.00012 lb/MMbtu, 0.00033 g/sec | Local emissions | Olaguer et al.2016 |
| Diesel electricity generator, direct combustion | CO2 | 0,63–0,81 kg CO₂/MWh | Diesel combustion | UN |
| Diesel electcity generator, complete LCA | CO2 | 0,8–1,1 kg CO₂e/kWh | Fuel and lifecycle | UN |
| Gaz electricity generator, simple cycle turbine | CO2 | 380-1000 kgCO₂eq/MWh-out 57-85 kgCO2eq/GJin | Gaz lifecycle and electricity production | Turconi et al. 2013 |
| Gaz electricity generator, simple cycle turbine | NOx | 0.2-3.8 kgNOx/MWh-out 0.037-0.277 kgNOx/GJin | Gaz lifecycle and electricity production | Turconi et al. 2013 |
| Gaz electricity generator, combined cycle | CO2 | 403–513 g CO2 eq./kWh from a life cycle perspective, and anywhere between 92 and 220 g CO2 eq./kWh with CCS. | Gaz lifecycle and electricity production | UNECE, 2021 |
| Life cycle impacts from 1 kWh of natural gas power production, NGCC without carbon dioxide capture and storage, Europe, 2020 | Carninogenic effects | 1.33 e-6 mCTUh | Lifecycle impact | UNECE 2021 |
| HVO from recycled vegetal oil | GHG emissions | 0,544 kg CO₂e/L | Total impact factor from Base Empreinte | Ecologie.gouv.fr |
| HVO from animal matter | GHG emissions | 0,712 kg CO₂e/L | Total impact factor from Base Empreinte | Ecologie.gouv.fr |
| HVO from the most low impact source | GHG emissions | 0,31 kg CO₂e/L | Impact factor from Kohler | Pierre-Adrien Bel, Kohler Co., 2023 |
| HVO depending on the production process | GHG emissions | 1,63–16,52 kg CO₂e/kg HVO | HVO production, from different scenarios | A H Vivadinar and W W Purwanto 2021 |