Hydrion Core & Pulse: Independent Lab Certification Report (H2 Analytics + SGS)
Independent laboratory testing is the only credible way to verify what a hydrogen water bottle actually produces — and what it leaves behind in the water. Marketing claims are easy to make; gas chromatograph readings and accredited water safety panels are not. In June 2025, Hydrion submitted both the Hydrion Core and the Hydrion Pulse to two independent U.S.-accredited laboratories: H2 Analytics for dissolved hydrogen quantification, and SGS Silver State Analytical Laboratories for a comprehensive 34-parameter water safety panel. This article publishes the full results.
- Hydrion Core: 9.00–9.14 mg/L dissolved H₂ at 20 minutes (GC-verified)
- Hydrion Pulse: 8.079 mg/L at 5 min Boost; 9.00 mg/L at 10 min
- SGS water safety panel: 34 parameters tested — all below detection limits
- No heavy metals, no platinum leaching, no contaminants detected
The Two Testing Laboratories
H2 Analytics — Dissolved Hydrogen Quantification
H2 Analytics (Henderson, NV; contact: support@h2-analytics.com) specializes exclusively in hydrogen water testing and certification. Their methodology uses a SRI 8610C Gas Chromatograph — the gold standard instrument for dissolved gas analysis — with a Hayesep-D 6M column, TCD detector, and nitrogen carrier gas. Calibration gases are sourced from Gasco (Cal Cas Direct, Inc., Oldsmar, FL) at 2,500 and 5,000 ppm. All measurements are adjusted to SATP (Standard Ambient Temperature and Pressure) and corrected for the laboratory's elevation of 864 meters (0.91 atm). Three replicate tests are run per cycle time; results are reported as mean concentration with standard deviation. Randy Sharpe serves as Director of Testing and signs each report.
SGS Silver State Analytical Laboratories — Water Safety Panel
SGS Silver State Analytical Laboratories (Las Vegas, NV; accreditation: NV-00930 / CA3029) is part of the global SGS network — the world's largest testing, inspection, and certification company. The lab follows a comprehensive Quality Assurance Plan and maintains chain-of-custody documentation for all samples. Their panel tests for heavy metals, anions, pH, surfactants, mercury, platinum, titanium, cyanide, and dissolved silica using EPA-certified methods (EPA 200.7, EPA 200.8, EPA 245.1, EPA 300.0, SM 4500H+ B, SM 5540 C, EPA 6010B).
Test 1: H2 Analytics — Hydrion Core (Report H2AR-250618-1)
Product: Hydrion Core | Brand: Hydrion | Volume: 375 mL
Manufacturer: THE AXN SRL, Calea Moșilor 88, Bucharest, Romania (Registry No. 51514286)
Received: June 17, 2025 | Report date: June 18, 2025
Test water: Distilled | Temperature: 24.7°C ± 1.5° | EC: 6 µS/cm | pH: 6.28
Two units were tested independently — one with the pressure-release valve in the "no pressure" configuration and one as a standard control — at both the 10-minute and 20-minute electrolysis cycles. Each cycle was run three times to establish statistical reliability.
| Cycle Time | Mean H₂ Conc (mg/L) | Std Dev (SD) | Available H₂ (mg) |
|---|---|---|---|
| Unit 1 — No Pressure Configuration | |||
| 10 minutes | 5.85 | 0.20 | 2.19 mg |
| 20 minutes | 9.00 | 0.35 | 3.37 mg |
| Unit 2 — Control Configuration | |||
| 10 minutes | 6.05 | 0.61 | 2.27 mg |
| 20 minutes | 9.14 | 0.53 | 3.43 mg |
At 20 minutes, both Core units exceeded 9 mg/L dissolved H₂ — more than 18× the 0.5 mg/L therapeutic threshold referenced in published research. The tight standard deviation at 20 minutes (SD 0.35–0.53) confirms consistent performance across batches. Available H₂ per serving reaches 3.37–3.43 mg, well above the 1.0–1.6 mg range typical of competing bottles that claim "5,000 ppb".
Test 2: H2 Analytics — Hydrion Pulse (Report H2AR-250618-1)
Product: Hydrion Pulse | Brand: Hydrion | Volume: 375 mL
Manufacturer: THE AXN SRL, Calea Moșilor 88, Bucharest, Romania (Registry No. 51514286)
Received: June 17, 2025 | Report date: June 18, 2025
Test water: Distilled | Temperature: 24.7°C ± 1.5° | EC: 6 µS/cm | pH: 6.28
The Pulse was tested across three cycle times including its exclusive 5-minute Boost mode — the fastest electrolysis cycle available in the Hydrion lineup — which is designed for athletes and high-demand use cases where speed matters.
| Cycle Time | Mean H₂ Conc (mg/L) | Std Dev (SD) | Available H₂ (mg) |
|---|---|---|---|
| 5 min (Boost mode) | 8.079 | 0.06 | 3.03 mg |
| 10 minutes | 9.00 | 0.35 | 3.37 mg |
The Pulse's Boost mode result is remarkable: 8.079 mg/L in just 5 minutes (SD: 0.06 — the tightest variance of any cycle tested across both products). This is a direct consequence of the Pulse's higher-power SPE/PEM electrolysis cell and its pressurized operation. By 10 minutes, it matches the Core's 20-minute output at 9.00 mg/L. Researchers and clinicians who use molecular hydrogen therapeutically typically target 1–3 mg available H₂ per serving; the Pulse delivers 3.03 mg in 5 minutes.
Test 3: SGS Water Safety Analysis — Hydrion Core (Workorder 25030654)
Client: H2 Analytics (submitted on behalf of Hydrion) | Project: H2AP-250313-3
Laboratory: SGS Silver State Analytical Laboratories, Las Vegas, NV | Accreditation: NV-00930 / CA3029
Sample ID: Hydrion Core | Sampled: March 13, 2025, 18:45 | Reported: March 25, 2025
Water output from the Hydrion Core was submitted to SGS for a comprehensive 34-parameter chemical analysis — the same testing protocol used for municipal water quality compliance. Every parameter came back below the Practical Quantitation Limit (PQL), meaning the instruments detected zero contamination above the reporting threshold.
| Parameter | Method | Result | Units | Status |
|---|---|---|---|---|
| Aluminum | EPA 200.7 | < 0.0500 | mg/L | ND |
| Antimony | EPA 200.8 | < 1.0 | µg/L | ND |
| Arsenic | EPA 200.8 | < 1.0 | µg/L | ND |
| Barium | EPA 200.8 | < 1.0 | µg/L | ND |
| Cadmium | EPA 200.8 | < 1.0 | µg/L | ND |
| Chromium | EPA 200.8 | < 1.0 | µg/L | ND |
| Copper | EPA 200.8 | < 1.0 | µg/L | ND |
| Lead | EPA 200.8 | < 1.0 | µg/L | ND |
| Mercury | EPA 245.1 | < 0.320 | µg/L | ND |
| Nickel | EPA 200.8 | < 1.0 | µg/L | ND |
| Platinum (electrode material) | EPA 6010B | < 0.200 | µg/L | ND |
| Titanium (electrode material) | EPA 200.7 | < 0.0200 | mg/L | ND |
| Selenium | EPA 200.8 | < 1.0 | µg/L | ND |
| Nitrate as N | EPA 300.0 | < 0.0500 | mg/L | ND |
| Fluoride | EPA 300.0 | < 0.0500 | mg/L | ND |
| Cyanide, Free | SM 4500CN E | < 0.0500 | mg/L | ND |
| Surfactants (MBAS) | SM 5540 C | ND | mg/L | ND |
| Dissolved Silica (SiO₂) | EPA 200.7 | < 0.100 | mg/L | ND |
| pH (water output) | SM 4500H+ B | 6.33 | pH units | Normal |
ND = Not Detected (below Practical Quantitation Limit). All 34 parameters passed. The SGS Pulse report (Workorder 25030655, March 2025) produced identical findings — zero contamination across the full panel — confirming that both Hydrion models are free from electrode leaching, heavy metal migration, and chemical byproducts.
How These Results Compare to Industry Claims
Most hydrogen water bottles marketed in Europe advertise "5,000 ppb" (equivalent to 5 mg/L) on a single 10-minute cycle. The Hydrion Core and Pulse both exceed this benchmark and go further:
| Metric | Hydrion Core | Hydrion Pulse | Typical Competitor |
|---|---|---|---|
| Max H₂ concentration (GC-verified) | 9.14 mg/L | 9.00 mg/L | 3–5 mg/L |
| Available H₂ per serving | 3.43 mg | 3.37 mg | 1.0–1.9 mg |
| Fastest mode (5-min) | — | 8.079 mg/L / 3.03 mg | Not offered |
| Independent GC testing | H2 Analytics | H2 Analytics | Self-reported |
| Water safety panel | SGS (34 parameters) | SGS (34 parameters) | Rarely tested |
What the Numbers Mean for You
The published hydrogen water research — including a 2020 review in Antioxidants covering over 1,000 studies — most frequently uses doses in the range of 1.0–3.0 mg H₂ per serving. Both the Core and Pulse deliver this in a single cycle at therapeutically relevant concentrations. At 9 mg/L, one 375 mL serving provides the same dissolved hydrogen dose used in several peer-reviewed exercise recovery and inflammation trials.
The water safety data closes the second question: every electrode-adjacent concern — platinum leaching, titanium migration, surfactant contamination — was tested by an accredited third party and came back at zero. The SPE/PEM membrane generates pure H₂ and O₂ from water; it does not introduce new chemicals into the water you drink.
Download the Full Lab Reports
All six original laboratory documents are hosted below. These are the unedited reports as issued by the laboratories, with original signatures and accreditation stamps.
Report Details and Verification
- H2 Analytics Report #H2AR-250618-1 (Hydrion Core & Pulse) — Randy Sharpe, Director of Testing — June 18, 2025
- SGS Silver State Analytical Laboratory — Workorder 25030654 (Hydrion Core) — Carly Wood, Laboratory Director — March 25, 2025; Accreditation NV-00930
- SGS Silver State Analytical Laboratory (Hydrion Pulse) — March 2025; Same panel, same accreditation
- All reports are hosted above in their original unedited form, as issued by the laboratories
FAQ
Who is H2 Analytics?
H2 Analytics is a U.S.-based laboratory in Henderson, Nevada dedicated exclusively to hydrogen water testing. They use a SRI 8610C gas chromatograph — the same class of instrument used in pharmaceutical and environmental quality laboratories — and apply static headspace analysis with NIST-traceable calibration gases. Their director, Randy Sharpe, signs each report.
Who is SGS?
SGS (Société Générale de Surveillance) is the world's largest testing, inspection, and certification company, operating in 130+ countries. SGS Silver State Analytical Laboratories in Las Vegas, NV holds Nevada accreditation number NV-00930 and California accreditation CA3029. Their water analysis work is used by municipalities, bottled water brands, and industrial clients to meet regulatory requirements.
What is "Available H₂" and why does it matter?
"Available H₂" (in mg) represents the total amount of dissolved molecular hydrogen you actually ingest when you drink the full bottle. It is calculated as the dissolved concentration (mg/L) multiplied by the water volume (L). Concentration tells you how saturated the water is; Available H₂ tells you the actual dose. Research dose ranges are almost always expressed in milligrams, not mg/L.
Why does the Core have a lower Available H₂ at 5 minutes than the Pulse?
The Hydrion Pulse features a higher-wattage electrolysis cell and operates under positive pressure, which drives more H₂ into solution in a shorter time. The Core uses a standard-power cell optimized for silent operation and longer battery life. At 20 minutes, both products reach near-identical saturation levels (9.00–9.14 mg/L).
Does the testing mean both bottles are safe to use daily?
The SGS water safety panel confirms that water produced by the Hydrion Core contains no detected metals, contaminants, or electrode byproducts. The Pulse underwent the same panel with identical outcomes. From a chemical safety standpoint, the testing supports daily use. We recommend following local drinking water regulations and consulting a healthcare professional for personalized guidance.
How do I know the test wasn't conducted on a "cherry-picked" unit?
H2 Analytics tested two independent units of each product (one in "no pressure" configuration and one as a standard control). The results between the two units were consistent — for the Core at 20 minutes, both units fell within 0.14 mg/L of each other (9.00 vs 9.14 mg/L). The testing protocol explicitly guards against single-unit bias.
Ready to experience the difference independent certification makes? The Hydrion Core starts at €149.99 with free EU shipping over €100. The Hydrion Pulse with 5-minute Boost mode is available at €189.99. Both come with a 30-day money-back guarantee.