Table 1. Inventory Data for Conducting Life Cycle Assessment to Prepare Magnetic Adsorbent Material Using 1 kg of Pomace Leaves.

Material/Process	Unit	Input	Output	Reference
Transportationa
Transportation of pomace leaves	t·km		0.10	Calculation (1-tonne·km distance)
Transportation of plastic waste	t·km		0.06
Pomace leaves supernatant preparation
Pomace leaves	g	188.3
Deionized water for cleaning leavesb	g	188.3
Electrical energy for drying leavesc	MJ	0.15		(40)
Electrical energy for grinding leaves	106 MJ	9.0		(41)
Deionized water for supernatant	g	301.3
Electrical energy for heating at 75 °C	MJ	0.6		(42)
Supernatant	g		301.3
Pyrolysis
Pomace leaves	g	811.8
Deionized water for cleaning leaves	g	811.8
Electrical energy for drying and grinding leaves	MJ	0.65		(40, 41)
Plastic waste (PET)	g	649.4
Electrical energy for the pyrolysis	MJ	0.001		(43, 44)
Composite material	g		376.6
Magnetic plastic waste-biomass char composite
Composite material	g	376.6
FeCl3·6H2Od	g	67
FeSO4·7H2Oe	g	33.5
Supernatant	g	301.3
Electrical energy for heating at 80 °C	MJ	3.04		(42)
Deionized water for the solution	g	452
NaOHf	g	0.22
Magnetic composite material (after 10% losses)	g		428.7
Deionized water for cleaning	g	428.7
Energy for drying in the oven	MJ	0.05		(45)

^aTransport, freight, lorry 3.5–7.5 t, euro6/market for transport, freight, lorry 3.5–7.5 t, EURO6 | APOS, U.

^bDeionized water, reverse osmosis, production mix, at the plant, from groundwater RER S.

^cElectricity grid mix 1–60 kV, AC, consumption mix, at consumer, 1–kV EU-27 S.

^dPig iron⁴⁶| market for | APOS, S; chlorine gas, production mix/RER Mass; deionized water, reverse osmosis, production mix, at the plant, from groundwater RER S.

^ePig iron⁴⁶| market for | APOS, S; sulfuric acid | market for sulfuric acid | APOS, U; deionized water, reverse osmosis, production mix, at the plant, from groundwater RER S.

^fSodium hydroxide, chlor-alkali production mix, at plant/RER.