Sorghum to ethanol distillery operation {AU}| | AusLCI, U

Unit process Australia v00.00.001

Included processes:Process begins with the input of sorghum and includes distillation and fermentation and dehydration. The process ends with the production of ethanol and DDGS. Remark: This is an unallocated coproducing process which produces both ethanol and the DDGS. The output is scaled to the production of 1 L of ethanol. data based on a range of ethanol plant similar to the Dalby plant in New South Wales Geography: Refers to an average production in the Australia. Technology: Average Time period: Data collected for 2012 Version: 1.0 Record: Data entry by: Tim Grant Telephone: 0061 408104977; E-mail: tim@lifecycles.com.au; Company: LCS; Country: AU Generator: Generator/publicator: Tim Grant Telephone: 0061 408104977; E-mail: tim@lifecycles.com.au; Company: LCS; Country: AU

Sector
Fuels
Contributor
—
Last updated
12 Oct 2026
Reference ID
8cc1fe9b-e7e3-330f-8f14-7c3dc410d450

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Documentation

Quantitative reference
Sorghum to ethanol distillery operation {AU}| | AusLCI, U
Sampling procedure
—
Creation date
16 Feb 2000
Is copyright protected
No
Is infrastructure process
No
Tags
material
Sources
Comparison of Transport Fuels/2001/Beer, Grant, Morgan, Lapszewicz
Well-to-wheels energy use and greenhouse gas emissions/2012/Wang, Han, Dunn

Product outputs

Flow AmountUnitComment
Sorghum to ethanol distillery operation {AU}| | AusLCI, U 0.7899 kg per unit of sorghum input

Technical inputs

Flow AmountUnitComment
Electricity, low voltage {AU-NSW}| market for electricity, low voltage | AusLCI, U 0.0088 kWh (4,1,na,3,1,na) Dehydration-Estimate Dalby plant
Electricity, low voltage {AU-NSW}| market for electricity, low voltage | AusLCI, U 0.26417203728418465 MJ (4,1,na,3,1,na) 1kWh per Gallon - Estimate Dalby plant
Heat, district or industrial, natural gas {RoW}| heat production, natural gas, at industrial furnace >100kW | Cut-off, U 7.49 MJ Based on Wang 2012 for corn ethanol
Heat, district or industrial, natural gas {RoW}| heat production, natural gas, at industrial furnace >100kW | Cut-off, U 1.0 MJ (4,1,na,3,1,na) Dehydration-Estimate Dalby plant
Sorghum grain, dryland, Central, NSW, at farm {AU}|_obsolete | AusLCI, U 0.790845 kg —
Sorghum grain, dryland, Western Downs and NW Slopes and Plains, NSW_Qld, at farm {AU}|_obsolete | AusLCI, U 0.790845 kg —
Sorghum, irrigated, northern zone NSW, on farm {AU}|_obsolete | AusLCI, U 0.81481 kg —
Transport, truck, 40t load {AU}| | AusLCI, U 479.3 kg*km Estimate

Elementary flow inputs

Flow Sub-compartment AmountUnitComment
Occupation, industrial area — 0.00000000833 ha*a —

Elementary flow outputs

Flow CompartmentSub-compartment AmountUnitComment
Carbon dioxide, non-fossil Emission to airunspecified 0.7544085087909703 kg —

Parameters

NameValueFormulaDescription
All_DDGS 0.26022833423295677 V_DDGS/(V_DDGS+V_ethanol) Allocation fraction to DDGS
Elec_usepergal 1.0 — (4,1,na,3,1,na) 1kWh per Gallon - Estimate Dalby plant
CarbonOut 0.9175842107334057 d_ethanol_AN*CC_Ethanol*DM_ethanol+m_grain_perLitre*DDGS_yield*CC_DDGS*DM_DDGS+M_CO2_Evolved/CO2fromC Carbon embodied in Ethanol
DM_ethanol 0.99 — Mass dry mater/Mass, Dry matter content of ethanol
M_CO2_Evolved 0.7544085087909703 AM_CO2/AM_CH3CH2OH*d_ethanol_AN Two moles of ethanol produce 2 moles of carbon dioxide
UC_Lbs_kg 2.20462 — —
Elec_use 0.26417203728418465 Elec_usepergal/(UC_USGAL_M3*1000) 1kWh per Gal
C_ethanol 0.634 — $/litre. Value for ethanol, 240 cents per gal (The Californian Energy Commission 2014)
V_ethanol 0.634 C_ethanol*1 Value of ethanol per 2.397 kg of Sorghum input (making 1 litre
m_grain_perLitre 2.3965312596654726 kgperbushell/LitresperBushell Agrees with Wang 2012- for corn ethanol
CO2fromC 3.667 — Amount of CO2 yielded when Carbon is oxidies to CO2
CarbonIn 0.9173921661999429 m_grain_perLitre*CC_Sorghum*DM_Sorghum Carbon input via grain
CC_DDGS 0.5 — C mass/Drymass. Dry matter carbon content of ethanol - estimate
AM_CO2 44.0 — Molecular mass of carbon dioxide
kgperbushell 25.401202928395826 (Lbsperbushell/UC_Lbs_kg) Unit conversion
kmdistance 200.0 — km transport distance estimate
CC_Ethanol 0.5214 — C mass/Drymass. Dry matter carbon content of ethanol
DDGS_yield 0.282 — (4,1,na,3,1,na) kg per kg of sorghum input, based on Wang 2012 for corn ethanol
UC_USGAL_M3 0.003785412 — Mutliply to convert Gal to m3
V_DDGS 0.22302119902446885 C_DDGS*DDGS_yield*m_grain_perLitre —
GallonsperBushell 2.8 — (4,1,na,3,1,na), Estimate from Dalby plant manager.
SorghumNSWIr 0.34 — Even split with no idea
DM_DDGS 0.9 — 10% moisture suggested by literature.
C_DDGS 0.33 — $/kg Value for DDGS, $330 per tonne. (U.S. Grains Council and Chicago Board of Trade 2014)
AM_CH3CH2OH 46.07 — Molecular mass of ethanol
CC_Sorghum 0.44 — C mass/Drymass. Dry matter carbon content of sorghum - estimate
DM_Sorghum 0.87 — 13% moisutre is safe for storage.
d_ethanol_AN 0.7899 — kg/l ABARE 2007
Lbsperbushell 56.0 — Unit conversion
LitresperBushell 10.5991536 GallonsperBushell*UC_USGAL_M3*1000 Unit conversion
All_Ethanol 0.7397716657670432 V_ethanol/(V_DDGS+V_ethanol) Allocation fraction to ethanol
En_Gas 7.49 — (4,1,na,3,1,na) MJ/litre based on Wang 2012 for corn ethanol. Dalby plant manager suggested 7 MJ.
SorghumNSWNE 0.33 — Even split with no idea
SoughumTotal 2.3965 — (2,1,1,3,1,na)Wang 2012- for corn ethanol
UC_Lbstokg 0.4536 — —
SorghumNSWNW 0.33 — Even split with no idea