Table 1. Recoverability of alloying elements during extractive metallurgical processes. Green indicates that an element can be recovered in a single stage recovery process. Yellow indicates that an element is likely lost in a single stage recovery process (requiring subsequent post-recovery) without detriment to the carrier metal. Red indicates that an element cannot be economically recovered and are potentially detrimental to the carrier metal. Reproduced from [15].

Published at 788 × 386 in Sustainability through Alloy Design: Challenges and Opportunities

Table 1. Recoverability of alloying elements during extractive metallurgical processes. Green indicates that an element can be recovered in a single stage recovery process. Yellow indicates that an element is likely lost in a single stage recovery process (requiring subsequent post-recovery) without detriment to the carrier metal. Red indicates that an element cannot be economically recovered and are potentially detrimental to the carrier metal. Reproduced from [15].

Table 1. Recoverability of alloying elements during extractive metallurgical processes. Green indicates that an
element can be recovered in a single stage recovery process. Yellow indicates that an element is likely lost in a
single stage recovery process (requiring subsequent post-recovery) without detriment to the carrier metal. Red
indicates that an element cannot be economically recovered and are potentially detrimental to the carrier
metal. Reproduced from [15].

Table 1. Recoverability of alloying elements during extractive metallurgical processes. Green indicates that an
element can be recovered in a single stage recovery process. Yellow indicates that an element is likely lost in a
single stage recovery process (requiring subsequent post-recovery) without detriment to the carrier metal. Red
indicates that an element cannot be economically recovered and are potentially detrimental to the carrier
metal. Reproduced from [15].