Table 5 Results of recycling and (re)manufacturing using different battery types.

From: Evaluating economic and environmental viability of recycling lithium-ion battery for electric vehicles in the middle east: a case study in the UAE

 

Factors

Process

NMC111

NMC532

NMC622

NMC811

Recycling

 

Cost

($/kg feedstock)

Pyro

3.63

3.42

3.58

3.51

Hydro

3.50

3.27

3.41

3.31

Profit

($/kg feedstock)

Pyro

−0.57

−0.68

−0.61

−0.66

Hydro

0.55

0.43

0.47

0.40

Energy Use

(MJ/kg feedstock)

Pyro

4.59

4.57

4.61

4.61

Hydro

23.73

22.84

22.55

21.44

GHGs

(g/kg feedstock)

Pyro

1224.12

1244.91

1257.90

1290.72

Hydro

1730.79

1669.87

1649.42

1574.24

Cell (re)manufacturing

 

Cathode Production

Volume (tons/y)

12013.12

11457.09

11312.36

10640.74

 

Cost

($/kg cell)

Pyro

29.10

28.47

28.87

30.32

 

Hydro

24.60

24.02

24.47

24.93

 

Virgin

27.74

26.84

27.37

28.68

 

Energy Use

(MJ/kg cell)

Pyro

256.51

257.91

257.64

274.82

 

Hydro

266.14

267.54

267.80

277.96

 

Virgin

297.51

301.95

308.44

330.05

 

GHGs

(g/kg cell)

Pyro

20,167.43

20,339.86

20,330.34

21,432.83

 

Hydro

18,606.58

18,739.01

18,764.99

19,523.07

 

Virgin

20,847.50

21,209.73

21,648.15

22,961.41