Electricity, natural gas, GT, NT, at power plant {AU}| | AusLCI, U

Unit process Australia v00.00.000

Included processes:Includes the production of fuels and generation of electricitys well is capital equipment for power plant construction. Remark: Natural gas (turbine) based power generation in NT - effiency indicated by ESAA 2012 is 25% Geography: Refers to an average production in the Australia. Technology: Average Start date: 2022-08-19 End date: 2022-10-10 Record: Data entry by: Tim Grant Telephone: 0061 408104977; E-mail: tim@lifecycles.com.au; Company: LCS; Country: AU Generator: Data entry by: Tim Grant Telephone: 0061 408104977; E-mail: tim@lifecycles.com.au; Company: LCS; Country: AU

Sector
Energy
Contributor
—
Last updated
10 Oct 2022
Reference ID
2b1c2da7-92a7-3dd5-90e2-5b8e36b751f3

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Documentation

Quantitative reference
Electricity, natural gas, GT, NT, at power plant {AU}| | AusLCI, U
Sampling procedure
Data were collected from national reporting on electricity production and fuel use and from emission estimation values in the national pollutant inventory guidebooks.
Creation date
10 Oct 2022
Is copyright protected
No
Is infrastructure process
No
Tags
energy
Sources
Energy Gas Australia 2018/2018/Australian Energy Council.
Green Building Council Australia (2012)
Australian National Greenhouse Accounts/2012/DCCEE
Water and the electricity generation industry/2009/Smart and Aspinall
Electricity Gas Australia Highlights FY 2020-21

Product outputs

Flow AmountUnitComment
Electricity, natural gas, GT, NT, at power plant {AU}| | AusLCI, U 1.0 MWh —

Technical inputs

Flow AmountUnitComment
Electricity, natural gas, GT, NT, at power plant {AU}| | AusLCI, U 0.037 MWh —
Gas power plant, 300MW electrical {GLO}| market for gas power plant, 300MW electrical | Cut-off, U 0.0000000459 Item(s) —
Natural gas, high pressure, Northern Territory {AU}| | AusLCI, U 0.1791418974131743 t —
Tap water, at user, Australia {AU}| | AusLCI, U 80.0 kg Water may be self extracted but likely to need some treatment so local water supply process is used

Outputs to treatment

Flow AmountUnitComment
Wastewater treatment {AU}| | AusLCI, U 0.062392737176646784 m3 —

Elementary flow inputs

Flow Sub-compartment AmountUnitComment
Oxygen in air 0.3383644796211717 t —

Elementary flow outputs

Flow CompartmentSub-compartment AmountUnitComment
Acetaldehyde Emissions to air— 0.047966715 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 4 data points.
Acrolein Emissions to air— 0.002423303 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 3 data points.
Arsenic, ion Emissions to air— 0.000678101 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 17 data points.
Benzene Emissions to air— 0.0278 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 7 data points.
Benzene, ethyl- Emissions to air— 1.27 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 8 data points.
Beryllium (II) Emissions to air— 0.0000578 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 17 data points.
Butadiene Emissions to air— 0.00199 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 4 data points.
Cadmium (II) Emissions to air— 0.000388 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 17 data points.
Carbon dioxide, fossil Emission to airunspecified 464.1936648112741 kg From NIR (2009) data, Table 3.7, for all major SA brown coal power plants.
Carbon monoxide Emissions to air— 1434.5497678180084 g From NIR (2009) data, Table 3.7, for all major SA brown coal power plants.
Chromium (VI) Emissions to air— 0.000230685 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 16 data points.
Chromium, ion Emissions to air— 0.001219964 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 16 data points.
Copper, ion Emissions to air— 0.001009472 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 13 data points.
Cumene Emissions to air— 0.317394426 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 7 data points.
Cyclohexane Emissions to air— 0.000272786 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 2 data points.
Dinitrogen monoxide Emissions to air— 0.8716184847017477 g From NIR (2009) data, Table 3.7, for all major SA brown coal power plants.
Electricity, delivered to user Non material emissions— 1.0 MWh Indicator used to track energy end use through the database
Fluoride Emissions to air— 0.0000583 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 13 data points.
Formaldehyde Emissions to air— 0.258270996 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 4 data points.
Hexane Emissions to air— 0.000421578 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 2 data points.
Hydrochloric acid Emissions to air— 0.0 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 9 data points.
Hydrogen sulfide Emissions to air— 0.0 g —
Lead (II) Emissions to air— 0.001198386 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 17 data points.
Manganese (II) Emissions to air— 0.010619255 g —
Mercury (II) Emissions to air— 0.000276087 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 17 data points.
Methane Emissions to air— 40.54162388014996 g From NIR (2009) data, Table 3.7, for all major SA brown coal power plants.
NMVOC, non-methane volatile organic compounds Emissions to air— 17.601513362320723 g From NIR (2009) data, Table 3.7, for all major SA brown coal power plants.
Nickel (II) Emissions to air— 0.001601119 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 17 data points.
Nitrogen oxides Emissions to air— 219.99248836593998 g From NIR (2009) data, Table 3.7, for all major SA brown coal power plants.
PAH, polycyclic aromatic hydrocarbons Emissions to air— 0.009883135 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 17 data points.
Particulates, < 10 um Emissions to air— 13.87204839 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 17 data points.
Particulates, < 2.5 um Emissions to air— 29.0 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 16 data points.
Polychlorinated dioxins and furans Emissions to air— 0.0000000315 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 17 data points.
Powerplant conversion losses Non material emissions— 1.4960437706235612 MWh Indicator used to track energy end use through the database
Sulfur acid Emissions to air— 0.0000000276 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 1 data points.
Sulfur oxides Emissions to air— 209.3152941088375 g From NIR (2009) data, Table 3.7, for all major SA brown coal power plants.
Toluene Emissions to air— 0.325735562 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 11 data points.
Water Emissions to air— 0.062392737176646784 t Evapouration - calculated by difference.
Xylene Emissions to air— 0.116154658 g From NPI (2011) data for all AU natural gas (turbine) power plants. Uncertainty based on variation in different results report in NPI based on 10 data points.

Parameters

NameValueFormulaDescription
houseload 0.037 — Percentage of electricity generated that is self-consumed at generation plant. Derived to match energy sent out vs energy generated from Table 2.4, 2.5 and 2.6, Australian Energy Council, Electricity Gas Australia Highlights FY 2022-23.
WaterTotal 0.12478547435329357 Water+H_in_Gas*m_gasperMWh M3 water/MWh
EF_CO 159.6470588 — (2,1,1,1,1,na), [g/GJ] average emission of CO from main fuel, NGGI 2009 data, Table 3.7, for all major natural gas power plants.
Gen_eff_Actual 0.247 — (2,1,1,1,1,na) Generation effiency based on electricity sent out. Derived from Table 2.4, 2.5 and 2.6, Australian Energy Council, Electricity Gas Australia Highlights FY 2020-21.
EF_NMVOC 1.958823529 — (2,1,1,1,1,na), [g/GJ] average emission of NMVOC from main fuel, NGGI 2009 data, Table 3.7, for all major natural gas power plants.
EF_NOx 24.48235294 — (2,1,1,1,1,na), [g/GJ] average emission of NOx from main fuel, NGGI 2009 data, Table 3.7, for all major natural gas power plants.
O2_req 338.3644796211717 (GJ_FuelperMWH*EF_CO2*O2forCO2)+(((GJ_FuelperMWH*EF_CO*O2forCO)+(GJ_FuelperMWH*EF_NOx*O2forNO2))/1000) kg Oxygen required total
ED_NaturalGas 50.16 — MJ/kg Natural gas
O2forCO2 0.727 — Ratio of Oxygen required to oxidise carbon to carbon dioxide
m_gasperMWh 0.1791418974131743 GJ_FuelperMWH/ED_NaturalGas Tonnes/MWh
O2forCO 0.571 — Ratio of Oxygen required to oxidise carbon to carbon monoxide
EF_CH4 4.511764706 — (2,1,1,1,1,na), [g/GJ] average emission of CH4 from main fuel, NGGI 2009 data, Table 3.7, for all major natural gas power plants.
NGAF_Adjust 1.622 — Factor used to adjust efficiency to get NT grid to meet National Greenhouse Accounts factors
Water 0.08 — (1,2,1,1,1,na) [kL/MWh], average data from Smart & Aspinall 2009, Table 9 to 13 and Table 32
EF_N2O 0.097 — (2,1,1,1,1,na), [g/GJ] average emission of N2O from main fuel, NGGI 2009 data, Table 3.7, for all major natural gas power plants.
O2forNO2 0.348 — Ratio of Oxygen required to oxidise Nitrogen to nitrogen dioxide (NO2) used as proxy for NOx
Gen_eff 0.40063400000000005 Gen_eff_Actual*NGAF_Adjust —
EF_SO2 23.29411765 — (2,1,1,1,1,na), [g/GJ] average emission of SO2 from main fuel, NGGI 2009 data, Table 3.7, for all major natural gas power plants.
Water_to_WWT 0.5 — (5,5,5,5,1,5) Fraction of total water to Waste Water Treatment
H_in_Gas 0.25 — (4,3,2,1,1,2) Typical hydrogen content in Natural gas
EF_CO2 51.65882353 — (2,1,1,1,1,na), [kg/GJ] average emission of CO2 from main fuel, NGGI 2009 data, Table 3.7, for all major natural gas power plants.
GJ_FuelperMWH 8.985757574244822 3.6/Gen_eff GJ/MWH