Australia’s horticulture sector remains exposed to global volatility in nitrogen fertiliser markets. Price shocks, supply chain disruptions and a dependence on fossil fuel-based ammonia production create operational and financial uncertainty for growers. At the same time, increasing expectations around emission reduction and cleaner production pathways are reshaping how the sector must plan for future nutrient security.

PlasmaLeap is developing a decentralised, zero-emissions nitrogen production technology that synthesises ammonia and nitrate fertilisers using only air, water and renewable electricity. Their patented plasma-based process bypasses conventional natural gas inputs and is engineered for high energy efficiency and compatibility with variable renewable power.

Through its patented technology, PlasmaLeap enables growers – or regional clusters of growers – to access on demand fertiliser production directly or via local nutrient hubs. Currently these local hubs are planned for construction in Tasmania and regional New South Wales . This model reduces exposure to transport bottlenecks, storage risks and long global supply chains, while providing a predictable, low emission alternative.

The Fund invests in technologies with the potential to materially strengthen the capability, resilience, and sustainability of Australian horticulture. PlasmaLeap aligns with this objective by offering a pathway to more sovereign, emissions aligned fertiliser production – an area of strategic vulnerability for growers.

The potential impact of this single investment extends sector wide: improved supply reliability, cost stabilisation and reduced emissions intensity benefit the broader horticultural industry as adoption grows.

PlasmaLeap’s technology offers growers a stable, secure, and flexible approach to accessing nitrogen on-farm or in region. The eNFix system produces high concentration liquid fertiliser suitable for protected cropping and fertigation environments across horticulture. Growers can integrate the technology with renewable electricity generation or grid power, enabling more direct control over nutrient supply and cost inputs.

For those operating through regional hubs, shared production can streamline access while maintaining local availability – strengthening local systems to reduce reliance on volatile global markets and long distance freight.

The technology has the potential to reduce exposure to international price shocks, and reduce and stabilise input costs for growers, as a result of its fixed, low energy consumption.

As decentralised production expands, growers stand to gain from more reliable and consistent access to high‑quality nutrients. Over time, these improvements strengthen the sector’s resilience, enabling growers to transition toward cleaner, more predictable input streams without sacrificing productivity.

The result is a more stable, sustainable, and future‑ready operating environment where growers can plan with confidence, reduce vulnerability to external shocks, and capture new opportunities in low‑emissions horticulture.

While horticulture represents the natural early market, PlasmaLeap’s plasma-based platform extends into broader agricultural applications, industrial and emerging energy sectors. Its zero-emission ammonia production is relevant to the rapidly expanding hydrogen and eFuel industries, providing additional commercial pathways that support the company’s growth and the ongoing refinement of its core technology.

These adjacent markets reinforce the durability of PlasmaLeap’s business model, while the primary benefits continue to accrue to growers through improved input security and sustainability.