High performance shouldn’t cost the environment.

At liluna, we’re proving it doesn’t have to.

OUR MISSION

01

Sustainable

Our anode materials are derived from biomass waste streams, cutting reliance on fossil fuels and contributing to a zero waste economy. They also enable Na-ion batteries, to expand global energy storage capabilities while relieving pressure on critical minerals.

02

Scalable

We’re innovating synthesis methods alongside our materials, optimising production with long-term scale-up in mind to ensure we can always supply materials at a competitive price.

Reliable

03

We’re proving you don’t have to compromise. Our tech is based on years of precision research performed by our highly experienced team of scientists and engineers, unlocking optimised results for consistent cutting-edge performance.

FUNDING AWARDED

£1.4 M+

Find out more about our paternships & collaborations…

Imperial College London •

QMUL •

AM Technologies •

Innovate UK •

Coventry University •

Varta •

Taisan Motors •

CSIR •

Imperial College London • QMUL • AM Technologies • Innovate UK • Coventry University • Varta • Taisan Motors • CSIR •

PATENT PORTFOLIO

  • Our first generation of materials, built for fast charge capabilities and achieving a capacity >300 mAh/g in Na-ion batteries.

    TRL 5: High performance, long-term cycling validated in single layer Na-ion pouch cells. TRL 6 demonstrator planned for November 2026.

    Currently transferring synthesis from batch to continuous to facilitate scale-up and further demonstrators.

    Materials available in 100 g-1 kg scale, contact us if you’re interested in a trial.

  • Second generation materials, unlocking greater capacity (340-350 mAh/g). Built for longer discharging processes.

    TRL 3: Patent pending technology with promising results to expand the portfolio to varous localised supply chains.

  • Tin-carbon composite anodes designed for more demanding operational environments.

    TRL 3: Demonstrated high performance at the lab scale, further R&D in progress with plans for a TRL 4 demonstrator funded by Innovate UK and Royce Industrial Partnership.

    Patent protection in EU, and development in progress for batch-to-continuous synthesis.

  • Continuous flow production validated at the lab scale, unlocking the potential for much cheaper production and significant energy savings.

    Currently working with AM Technlogies to adapt their Coflore to our process, exploring another continuous flow set-up.