SUSTAINABLE FARMING BY TRANSFORMING AIR INTO FERTILIZER ON-SITE

We believe the future of farming is local, precise, and sustainable. XMEM creates containerized systems that produce fertilizers directly on-site using air and electricity.
By giving growers control over their own nutrients, we eliminate dependency on volatile supply chains and cut the environmental footprint of traditional fertilizer production.

Indoor and greenhouse farms depend on nitrate fertilizers for precise plant nutrition, but today’s fertilizers are produced in large centralized factories, shipped long distances, and priced according to global natural-gas markets. This creates volatility, high costs, supply uncertainty, and a significant environmental footprint. Growers who operate highly controlled environments still rely on an outdated, inflexible fertilizer system that wasn’t designed for modern farming.

Fertilizer production accounts for about 2% of global greenhouse gas emissions, 2% of global energy use, and additional emissions from distribution.

Fertilizers come with extremely high and rising prices, frequent price fluctuations, and a significant operational burden for growers.

Long supply chains and geopolitical dependence leave growers with little control over the availability, stability, and quality of their fertilizers.
INNOVATION MUST MATCH THE FUTURE

XMEM replaces traditional fertilizer supply chains with a containerized system that produces nitrate fertilizers directly on-site using air, water, and renewable electricity. Instead of relying on external suppliers, growers generate nitrate fertilizer themselves, automatically and with precise control.

Our system eliminates oil price dependency, delivers high efficiency, and produces fertilizer at roughly 60% lower cost.

We produce fertilizer from air using renewable energy, entirely on-site with no transport emissions, creating an independent nutrient supply for growers.

The system operates automatically, uses AI to optimize production, and delivers smart, precise nutrient dosing.