ASX: LIT · Battery Recycling · Solar Recycling · Rare Earths Recovery
The clean energy transition has a waste problem. We exist to solve it.
Livium recovers the critical materials trapped in end-of-life batteries, solar panels, rare earth magnets and other clean energy waste streams - keeping them in the supply chain and out of landfill. One company, closing the loop on the clean energy economy.
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A Clean Energy Waste Company
Batteries, solar panels, rare earth elements and other energy waste streams all have a finite life, and many have no clear recovery pathway resulting in loss to landfill today. Recovering their materials cuts emissions, secures critical supply, and is exactly the problem Livium seeks to solve.
20%
of new Australian vehicles sold in May 2026 were fully electric - a record monthly share.
VFACTS / FCAI, May 2026
1 in 4
cars sold globally in 2025 was an EV, almost all reliant on lithium-ion batteries.
IEA, Battery Circularity
14M
EV batteries a year could reach end-of-life globally by 2040, up from 1.2M in 2030.
IEA
20% p.a.
growth rate of Australia's lithium-ion battery waste - on track to exceed 136,000 tonnes by 2036.
CSIRO
<10%
of Australia's lithium-ion battery waste is currently recycled, versus 99% for lead-acid.
CSIRO / Dept of Industry
4,700 GWh
projected global lithium-ion battery demand by 2030, up from ~700 GWh in 2022 (27% CAGR).
UNDP / industry analysis
42.7%
of Australia's electricity came from renewables in 2025, up from 39% the year before.
Clean Energy Council
~120 GW
of utility-scale wind and solar Australia needs to build by 2050 - five times today's ~23 GW.
AEMO 2026 Integrated System Plan
78Mt
of solar panel waste projected globally by 2050, from ~8Mt in the early 2030s.
IRENA / IEA-PVPS
100,000t
of solar PV waste Australia is forecast to generate annually by 2030, rising toward 950,000t cumulative by 2050.
UNSW / IRENA
43Mt
of wind turbine blade waste projected worldwide by 2050 - composite material that is very difficult to recycle.
Liu & Barlow, Waste Management
~5.9 GW
of new Australian renewable capacity added in 2025 alone - up almost 30% year-on-year.
Clean Energy Council
62Mt
of e-waste generated globally in 2022 - up 82% since 2010 - on track for 82Mt by 2030.
UN Global E-waste Monitor 2024
22.3%
of global e-waste was formally collected and recycled in 2022; most of the rest was landfilled or lost.
UN Global E-waste Monitor 2024
511,000t
of e-waste generated in Australia in 2019 (20kg per person, ~3x the global average) - projected to hit 657,000t by 2030.
Clean Up Australia / UN GEM
450+
lithium-ion battery fires linked to incorrectly disposed batteries in Australian waste trucks and facilities over 18 months.
Cleanaway / state fire services
10,000+
battery-related fires and heat events estimated across the Australian waste sector each year.
Assoc. for the Battery Recycling Industry
$91bn
in raw material value contained in 2022's global e-waste - only $19bn of it was recovered.
UN Global E-waste Monitor 2024
~80%
lower greenhouse gas emissions from recycled nickel, cobalt and lithium versus newly mined.
IEA, Recycling of Critical Minerals
<50%
of the emissions - and about a quarter of the water and energy - of mining virgin metals.
Stanford / Nature Communications
Up to 40%
reduction in new copper and cobalt mine development by 2050 if recycling scales as modelled.
IEA
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