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Table 3 An overview of LCA studies focusing biodiesel production

From: An overview to process design, simulation and sustainability evaluation of biodiesel production

Feedstock

Focus

Functional unit

Boundaries

Allocation

Impact categories

Refs.

Jatropha

Comparison of two technologies using differed catalyst

1 ton biodiesel

Well-to-wheels

–

Human health, ecosystem quality, resources

[76]

Rapeseed

Comparison of inorganic and biocatalytic production of biodiesel

1 ton biodiesel

Cradle-to-gate

Mass

ARD, GWP, FWAE, AP/EP, MAE, OLD, HT, TE, PO

[33]

Waste vegetable oil

Comparison of process alternatives

1 ton biodiesel

Industrial

Mass

ARD, AP, EP, GWP, MAE, OLD, HT, TE, PO, FWAE

[74]

Palm oil

Comparison of alkali and biocatalytic process

1, 5, 10 Mg biodiesel

Cradle-to-gate

–

CC, C, RO, RI, OLD, E, AP/EP, ME, R, LU, FF

[67]

Poultry fat

Sewage sludge

Beef tallow

Waste cooking oil

Comparison of four production technologies from different FFA-rich wastes

1 ton biodiesel

Feed transportation and industrial

Mass

GWP, AP, EP, OLD, PO, NRED

[73]

Palm oil

Comparison of biodiesel technology using bio and alkali catalyst

1 ton biodiesel

1 ha palm oil

Agriculture and industrial

Mass

C, RO, RI, CC, R, OLD, E, AP/EP, LU, ME, FF

[70]

Waste vegetable oil

Biodiesel manufacturing

2018 kg biodiesel

Cradle to gate

–

GHG

[78]

Waste vegetable oil

Soybean oil

Comparison of the environmental impacts from alkali and biocatalytic biodiesel production

1 ton biodiesel

Cradle to gate

Mass

ARD, GWP, OLD, TE, PO, HT, FWAE, AP, EP, MAE

[11]

Jatropha oil

Waste vegetable oil

Comparison between jatropha oil and waste vegetable oil for biodiesel production using alkali-catalysed process

1 ton biodiesel

Cradle to gate

–

GWP, HT, RI, RO, OLD, TE, MAE, AP, EP, LU, NRED, ME

[65]

Soybean oil

Comparison between ethylic enzymatic and methylic alkaline routes for the production of biodiesel

1 ton biodiesel

Cradle to gate

–

NRED, GHG, OLD, PO, AP, LEG, SWG

[75]

Soybean oil

Palm oil

Comparison of biodiesel production from palm and soybean oil

1 MJ biodiesel

Cradle to gate

Energy

ARD, GWP, HT, AP, EP

[66]

Soybean oil

Jatropha

Microalgae

Comparison of biodiesel derived from jatropha, soybean and microalgae

1 MJ biodiesel

Well to wheel

Mass energy

GWP, ARD, OLD, PO, AP, EP, HT, FWAE, MAE, TE

[60]

  1. ARD abiotic resources depletion, GWP global warming potential, MAE marine aquatic ecotoxicity, TE terrestrial ecotoxicity, OLD ozone layer depletion, PO photochemical oxidation, HT human toxicity, EP eutrophication potential, FWAE fresh water aquatic ecotoxicity, AP acidification potential, CC climate change, C carcinogens, RO respiratory organics, RI respiratory inorganic, E ecotoxicity, ME minerals extraction, LU land use, FF fossil fuels, NRED non-renewable energy demand, R radiation, GHG greenhouse gas emissions, SWG solid waste generation, LEG liquid effluents generation