EVBatteryRecycling
Recovery routes

Hydrometallurgy vs Pyrometallurgy for EV Batteries

Compare process temperature, lithium recovery, product purity, emissions and feed preparation for battery hydrometallurgy and pyrometallurgy.

Calculate pack value
How battery cells separate into black mass

Facilities

38

Annual capacity

735,500 TPA

Cities covered

117

Quote turnaround

48 hrs

Scope

What the programme covers

01

Temperature

Hydrometallurgy uses aqueous chemistry; pyrometallurgy uses high-temperature smelting.

02

Lithium recovery

Hydrometallurgy can recover lithium directly from black mass.

03

Nickel and cobalt

Both routes can recover them, with different intermediate products.

04

Energy demand

Smelting generally requires more thermal energy.

05

Feed flexibility

Pyrometallurgy tolerates mixed feed; hydrometallurgy rewards sorting.

06

Product route

Hydrometallurgy can produce battery-grade salts closer to cathode inputs.

Inside the programme

Infrastructure built for the complete battery lifecycle

Enclosed processing line producing battery black mass
Enclosed processing line producing battery black mass
Hydrometallurgical solvent extraction vessels for battery materials
Hydrometallurgical solvent extraction vessels for battery materials
Recovered lithium, nickel and cobalt battery-grade materials
Recovered lithium, nickel and cobalt battery-grade materials
Workflow

From declaration to certificate

  1. 1

    Declare

    Share pack count, chemistry, state of charge, damage status and pickup constraints.

  2. 2

    Collect

    Certified crews package and transport each consignment with serial-level chain of custody.

  3. 3

    Grade

    Capacity, resistance, thermal and impedance tests separate reusable modules from recycling feed.

  4. 4

    Settle

    Receive measured-value settlement, processing evidence and the applicable compliance certificate.

Specification

At a glance

ParameterDetail
Preferred routeMechanical pretreatment + hydrometallurgy
Lithium recovery>91%
Ni/Co recovery>98%
Product purity99.5%+
Hydrometallurgy vs Pyrometallurgy for EV Batteries — key parameters.
Direct answers

Frequently asked questions

What is the main difference?

Pyrometallurgy smelts batteries at high temperature into alloy and slag; hydrometallurgy dissolves prepared black mass and selectively recovers metals from solution.

Which route recovers more lithium?

A well-designed hydrometallurgical route generally recovers more lithium because lithium can otherwise report to smelting slag.

Ready to move packs?

Share volumes, chemistry and condition. A binding quote with logistics and paperwork follows within 48 hours.