Soil performance is directly tied to water chemistry. Our stabilized carbonic acid boosts nutrient absorption by gently lowering irrigation pH and delivering plant-available CO2 and O2 directly to the root zone.

Targeted gas delivery to the rhizosphere - stabilized carbonic acid (CO₂), oxygen-enriched water, and hydrogen-enriched water are delivered directly to roots and foliage, fueling photosynthesis and root respiration
Flexible application method - easily added to crops using current pivot systems.
Significant yield gains - theoretical growth acceleration of 15–40% versus untreated controls, with top treatments in early trials showing the strongest response
Improved resource efficiency - projected 10–25% gains in nitrogen-use efficiency and 10–20% gains in water-use efficiency, reducing input costs per unit of yield
Elevated crop quality - early hypotheses point to 15–30% higher cannabinoid concentrations and 30–50% higher terpene production in specialty crops like hemp, alongside enhanced root metabolic activity
Supply chain resilience - as a regionally manufacture solution, non-gas-dependent alternative to imported fertilizer inputs, the platform reduces exposure to global shipping choke points (e.g., the Strait of Hormuz) and shortens supply chains
Broad crop applicability - under active evaluation across potato, tomato, hemp, and other high-value crops through multi-site field demonstrations
Backed by a rigorous R&D program — a 24-month, multi-site trial framework with academic and industry partners (including Cornell University, Université de Moncton, and Niagara University) measuring yield, soil carbon, water-use efficiency, and residue safety