Expensive production
High-purity nickel production is costly, involving complex and resource-intensive processes.
Green nickel for a sustainable future
info@baniql.comTechnology
BANiQL's iterated leaching is the most cost-efficient and eco-friendly extraction method — recovering 2–3× more nickel with 80% less iron than a regular atmospheric leaching process.
The problem
High-purity nickel production is costly, involving complex and resource-intensive processes.
Production generates significant GHG emissions and creates large amounts of waste, including harmful toxic by-products.
The industry has remained largely unchanged, with no major advancements to address inefficiencies and environmental concerns.
Most efficient
Process metrics per ton of ore, compared against regular atmospheric leaching and High Pressure Acid Leaching (HPAL).
kWh / ton of ore — lower is better
kg / ton of ore processed — lower is better
Solid waste — BANiQL BEST™
Net-zero
Recyclable solid by-product — can be turned into fertilizer or brick.
Solid waste — Atmospheric leaching
50 t / t Ni
Needs to be neutralized to mitigate environmental damage.
Solid waste — HPAL
50 t / t Ni
Large volumes of acidic tailings requiring long-term management.
BEST™ by-product: efficient nickel extraction with recyclable, non-toxic waste that can be turned into fertilizer or brick.
Better by-products
Compared with a regular atmospheric leaching process, BANiQL iterated leaching recovers 2–3× more nickel with 80% less iron in the product stream.


The opportunity
BANiQL has direct access to the resource and a proven track record of developing core technologies, with established export channels to the US and South Korea.
01
Unmet demand for high-purity nickel driven by EV and battery growth.
02
Indonesia's potential to meet demand with vast nickel reserves.
03
Inefficient and unsustainable nickel production technology around the world.
Contact us
Get in touch to learn more about the Baniql Process, get samples, and discuss opportunities to be part of our journey.