Combining equilibrium and non-equilibrium plasma states for maximum efficiency in atmospheric nitrogen fixation and reactive species generation
Explore Advanced TechnologyRevolutionizing agriculture through cutting-edge plasma activated water systems. Our hybrid plasma technology achieves direct nitrogen fixation from atmospheric air with unprecedented energy efficiency of 200g N₂ per kWh, creating sustainable liquid fertilizers through electromagnetic plasma-chemical synthesis.
Our breakthrough hybrid plasma system operates through the Extended Zeldovich mechanism, utilizing both equilibrium (arc) and non-equilibrium plasma states simultaneously. The electrical discharge occurs directly on air bubble surfaces within flowing water, creating a unique plasma-liquid interface that maximizes reactive oxygen-nitrogen species (RONS) production while minimizing energy consumption.
Combines equilibrium plasma (high energy density) with non-equilibrium plasma (selective molecular activation) in a single reactor system. The discharge channel creates a non-equilibrium sheath hundreds of times larger than the arc core, optimizing plasma-chemical reactions.
Employs advanced plasma-chemical synthesis based on the Extended Zeldovich mechanism for NOₓ formation. The process includes termolecular reactions with OH radicals, significantly enhanced by Co₃O₄ electrocatalytic activity.
Plasma discharge occurs directly at the gas-liquid interface on air bubble surfaces, creating maximum contact area for RONS formation. Long-lived species survive phase transition while short-lived radicals react immediately.
High-frequency electromagnetic fields (20 kHz) induce selective vibrational excitation of N₂ molecules, reducing energy barriers for dissociation. The resonant inverter system ensures optimal energy coupling efficiency.
Produces comprehensive spectrum of bioactive compounds including nitrates, nitrites, hydrogen peroxide, and ozone. These species enhance plant metabolism, improve nutrient uptake, and activate natural defense mechanisms.
Integrated recuperative cooling-heating system with internal heat exchanger maximizes energy efficiency. Gas-water separation with NO oxidation to NO₂ via ozone injection ensures complete nitrogen recovery.
Advanced multi-stage process for efficient atmospheric nitrogen fixation and plasma activated water production
Engineered for maximum efficiency and scalable deployment in agricultural environments
| Technical Parameter | Specification |
|---|---|
| Electrical Power | 10 kW (scalable to 100 kW) |
| Operating Frequency | 20 kHz ± 0.5 kHz |
| Voltage Amplitude | 4000 V (bipolar pulses) |
| Water Processing Rate | 2 t/h (scalable to 20 t/h) |
| Air Consumption | 5 m³/h maximum |
| Energy Efficiency | 0.7 MJ/mol-N⁻¹ |
| Nitrogen Fixation Rate | 200 g N₂ per kWh |
| System Dimensions | 0.7 × 0.7 × 1.5 m |
| Total Weight | 150 kg |
| Operating Temperature | 5°C to 45°C |
Comprehensive solutions for sustainable agriculture and enhanced crop productivity
PAW treatment increases water uptake rates by 20-40% in seeds. Enhanced germination rates observed in radish (59.9%), alfalfa (147%), and pea (147.7%) compared to conventional water treatment.
Direct application as irrigation water provides bioavailable nitrogen without soil processing delays. Reduces fertilizer dependency while maintaining optimal plant nutrition levels.
Spray application increases chlorophyll content and reduces degradation by 10-15%. Enhanced electrical capacity of roots and improved nutrient uptake efficiency.
Organic-compliant nitrogen source for soilless cultivation. USDA organic greenhouse trials show 25% yield improvement in tomato production compared to conventional methods.
RONS compounds provide natural antimicrobial activity. Reduces pathogen pressure while activating plant defense mechanisms without chemical pesticide residues.
Controlled RONS concentration allows precise study of plant responses. Enables development of optimized treatment protocols for specific crop varieties and growth stages.
Partner with Plasma Systems to implement cutting-edge plasma technology for sustainable nitrogen fixation. Our engineering team provides comprehensive support from system design to field deployment, ensuring optimal performance for your specific agricultural requirements.
info@plasma-systems.com