Ensuring the safe production, storage, and use of hydrogen is paramount, and Hyto Energy adheres to rigorous global safety standards across all aspects of its hydrogen systems. In production, our electrolyzers—alkaline, PEM, and AEM—are designed with built-in safety features, including pressure relief valves, temperature sensors, and automatic shutdown mechanisms to prevent overheating or pressure buildup. These systems comply with international standards such as ISO 14687 (hydrogen purity) and IEC 62282 (fuel cell systems), ensuring safe operation in both industrial and residential settings. For storage, our metal hydride systems eliminate high-pressure risks by chemically bonding hydrogen to metals, with strict controls on temperature and humidity to prevent hydride degradation. High-pressure gaseous tanks (35MPa and 70MPa) are constructed from advanced composite materials, tested to withstand extreme conditions (impact, fire, temperature cycles) in accordance with UN ECE R134 (automotive tanks) and ISO 11119-3 (stationary storage). Liquid hydrogen tanks meet ASME BPVC and EN 13458 standards, with multi-layer insulation and pressure management systems to prevent excessive boil-off. During transport and handling, Hyto provides guidelines aligned with DOT 49 CFR (U.S.) and ADR (Europe) for safe tank movement, while our fuel cells include gas leak detectors and flame arrestors to ensure safe operation in vehicles and stationary applications. By integrating these standards into design, manufacturing, and operational protocols, Hyto Energy ensures that hydrogen systems are as safe as conventional energy sources, building confidence among users and regulators alike.