Aerial view of the solar-panelled roofs of Lava Blue's PRiSM facility, surrounded by bushland

Environmental and Sustainability Governance

Driving the Energy Transition with Responsible Innovation

We believe that materials for the clean energy transition should themselves be produced as sustainably as possible. Our approach integrates environmental responsibility, social value creation, and strong governance from the ground up.

Environmental Stewardship

Reducing the environmental impact

Lava Blue’s modified hydrochloric acid process is inherently designed for lower environmental impact compared to conventional HPA production routes.

Key environmental advantages include:

Circular and waste-to-value feedstocks

Our technology can utilise low-grade kaolin, mine waste, fly ash, industrial waste, gibbsite, or scrap aluminium – turning potential waste streams into high-value inputs and reducing reliance on virgin mining.

Resource efficiency and closed-loop chemistry

The majority of the hydrochloric acid (HCl) used in the process is captured and recycled, approaching a closed-loop system.

Lower embodied energy and emissions

By using waste or low-grade feedstocks instead of energy-intensive refined aluminium, our process significantly reduces the total embodied energy and associated greenhouse gas emissions of the final HPA product.

Social Impact

Lava Blue creates value through deep collaboration and local capability building

~20

full-time equivalent postgraduate, doctoral, and professorial researchers and advisors from QUT

1

Essential advanced material produced locally

6

High value industries kept local

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Let's power the future

Lava Blue is developing processes for manufacturing very high purity materials.

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