Silver-free stabilized hydrogen peroxide formula with biodegradable components for optimal hydroponic system performance
Get Started TodayUnlike traditional stabilized H₂O₂ products that rely on silver compounds, SaturnOx uses our proprietary biodegradable OX Core technology. No heavy metals, no environmental persistence, approved for organic production.
Achieves water clarity at 30-50 ppm compared to 100+ ppm required by silver-stabilized alternatives. More effective biofilm elimination and prevention with reduced input costs.
10+ years of safe commercial use across 3 continents. Extensive case studies demonstrate consistent results in diverse growing conditions from UK to Japan.
Works with continuous dosing, spike treatments, and cleaning protocols. Effective across wide pH and temperature ranges, even in challenging conditions.
Maintains consistent water quality and balanced root zone conditions across all production cycles
Simple integration into existing protocols with up to 70% reduction in system cleaning requirements
Functions effectively across broad temperature and pH ranges, enhancing system performance uniformity
Reduces organic deposits and contributes to equipment longevity while maintaining optimal flow conditions
Ideal for small operations and trial applications
For large-scale operations requiring bulk supply
| Feature | SaturnOx | Chlorine/Hypochlorite | Standard H₂O₂ | Silver-Stabilized H₂O₂ |
|---|---|---|---|---|
| Active Ingredients | 48% H₂O₂ + Biodegradable OX Core | Sodium/Calcium hypochlorite | H₂O₂ only (3-35% concentrations) | ~49% H₂O₂ + Silver compounds |
| Environmental Impact | 100% biodegradable, organic approved | Chemical residues, disinfection byproducts | Biodegradable but unstable | Contains heavy metals, not fully biodegradable |
| pH Stability | Minimal pH fluctuation | Significant pH fluctuation concerns | More acidic, moderate pH impact | Moderate pH impact |
| Effective Dosage Range | 30-50 ppm for most applications | Variable, pH and temperature dependent | 3ml per liter (higher instability) | Higher dosing required for similar clarity |
| Biofilm Control | Eliminates and prevents formation | Limited biofilm prevention | Good but less selective action | Eliminates biofilm |
| Stability | Stabilized with OX Core technology | Stable in solution | Decomposes rapidly, requires frequent dosing | Silver-stabilized but heavy metal concerns |
| Root Zone Safety | Safe for continuous use at working concentrations | Can cause root burn, corrosion issues | Risk of root damage if overdosed | Silver accumulation risks |
| Contact Time Required | No contact tank needed | Requires 20+ minutes contact time | No contact time needed | No contact time needed |
| Disinfection Byproducts | None - breaks down to water and oxygen | Forms trihalomethanes (THMs) - known carcinogens | None - breaks down to water and oxygen | Silver residue accumulation |
| Temperature Range | Effective at low temperatures | Temperature dependent efficacy | Works at wider pH range than chlorine | Standard temperature range |
| Equipment Compatibility | Non-corrosive to metals, plastics, seals | Degrades rubber parts, requires frequent maintenance | Non-corrosive but requires careful handling | Potential silver deposits in system |
| Organic Production | Approved for organic use | Restricted in organic systems | Generally acceptable for organic use | Not suitable for organic production |
Assess the effect of two disinfection strategies on root zone hygiene, root development, and early plant performance in peppers grown in rockwool.
A premium UK fresh produce processor wanted to source hydroponically grown lettuce but no supplier consistently met their strict system cleanliness benchmarks.
Farmers needed an alternative to expensive mains water for irrigation but faced quality concerns with borehole and reservoir sources.
A biotech research center wanted to move from treated mains water to harvested rainwater for sensitive hydroponic experiments. Existing UV systems were costly and maintenance-heavy.
A grower struggled with frequent irrigation line blockages due to organic buildup. Their previous oxidizer lacked stability.
Laboratory comparison trial between SaturnOx and a traditional silver-stabilized hydrogen peroxide product in nutrient water containing organic material.
A grower using an on-site H₂O₂ generator faced recurring issues with organic residue and emitter performance.
High-density leafy crop farm struggled with slow biofilm buildup despite continuous dosing protocols.
Large-scale chicory and leafy greens producer (5 million plants/year) faced system inconsistency after external soil contaminated irrigation lines.
Commercial strawberry grower wanted to compare traditional coir-based methods against hydroponics using SaturnOx-treated water for bare-root strawberries.
Large-scale hydroponic R&D testbed explored SaturnOx's effect on operational performance and labor savings.
Italian hydroponic producers of leafy greens and strawberries traditionally relied on aggressive chemical treatments. Limited adoption of hydrogen peroxide alternatives.
Contact our team to discuss how SaturnOx can enhance your hydroponic operation