Plasmius Agrotech uses the patented Plasmius flow-through plasma reactor platform to generate useful chemistry directly within continuously moving water.
Generate peroxide chemistry directly in irrigation water when it is needed.
Produce plant-available nitrogen from atmospheric air, water, and electricity at the point of fertigation.
Single-unit platform demonstrated at 50 L/min. Higher useful throughput per unit can reduce equipment count, plumbing, controls, installation complexity, and service burden.
H₂O₂ and nitrogen are separate product pathways built on a common platform architecture and deployment model. The shared thesis is simple: put useful chemistry closer to the water, the farm, and the decision point.
Better control over when and where chemistry is produced, with lower handling and operational burden as the target.
Integrate production equipment directly into agricultural water infrastructure.
Build new decentralized input products and service models around local chemical production.
Modern nitrogen fertilizer depends heavily on centralized fossil-based production, concentrated global supply, international transport, and commodity-energy markets. The next frontier is producing chemistry only when it is needed, directly in the water already moving through the farm.
Decentralized flow-through plasma for on-demand agrochemical production.