PLASMIUS AGRICULTURE

Activated water, generated at the point of irrigation.

Activated water, generated at the point of irrigation.

Plasmius is developing an inline platform that uses flowing water and electricity to generate reactive oxygen chemistry on demand—designed for integration with drip, subsurface drip and controlled irrigation systems.

Plasmius is developing an inline platform that uses flowing water and electricity to generate reactive oxygen chemistry on demand—designed for integration with drip, subsurface drip and controlled irrigation systems.

Explore a Pilot

THE SCIENCE WAS READY. THE TECHNOLOGY WASN’T.

Study after study has shown that plasma-activated water can improve crop establishment, growth, health and yield across a wide range of plants. Yet cold plasma never reached the scale agriculture demands. The barrier was not biology. It was engineering. Throughput. Parameter control. Energy efficiency. Plasmius was built to solve all three. Our technology transforms cold plasma from a promising laboratory process into a precisely controlled, high-throughput platform designed for real irrigation systems. What science proved was possible, Plasmius is built to make practical.

FIELD VALIDATION

What we are evaluating in the field.

What we are evaluating in the field.

Every site has different water, soil, crop, hydraulics and operating practices. Plasmius pilots are designed around four measurable value areas.

Irrigation performance

Emitter flow, distribution uniformity, pressure, blockage, biofouling, scale and root intrusion.

Water + root zone

Reactive-species concentration, dissolved oxygen, pH, ORP, EC, temperature and persistence.

Crop response

Emergence or growth, yield, quality, water-use efficiency and crop-specific commercial metrics.

Operating economics

Energy, maintenance, labor, treatment cost, avoided chemical logistics and scale economics.

Designed around existing infrastructure.

Designed around existing infrastructure.

A typical integration may place the Plasmius module after primary filtration and before final distribution or dosing. Final configuration depends on water chemistry, pump curve, pressure, flow, irrigation schedule, fertilizer compatibility, controls and treatment endpoint.

A typical integration may place the Plasmius module after primary filtration and before final distribution or dosing. Final configuration depends on water chemistry, pump curve, pressure, flow, irrigation schedule, fertilizer compatibility, controls and treatment endpoint.

WATER SOURCE

WATER SOURCE

PUMP + FILTRATION

PUMP + FILTRATION

PLASMIUS

PLASMIUS

IRRIGATION ZONES

IRRIGATION ZONES

Let’s evaluate your irrigation system.

Let’s evaluate your irrigation system.

Tell us the crop, acreage, water source, irrigation type, flow requirement and operating challenge.

Tell us the crop, acreage, water source, irrigation type, flow requirement and operating challenge.

Assess my site