The 75 Year Shelf Life
SAFE WATER is engineered for ultra-long-term storage using advanced proprietary preservation technologies, a unique 14-step purification process, advanced sterilization processes, hermetically sealed cans, BPA free containers and strict adherence to FDA regulations. Safe Water is Lab tested to meet superior water quality standards as well we use an Independent Lab verified shelf life testing protocol to ensure the most advanced long term shelf life in the market.
SHELF LIFE SCIENCE
Hermetic Sealing: Each can is sealed in an oxygen-free, contaminant-controlled environment to prevent microbial ingress and oxidative degradation.
Purification: Water undergoes a multi-stage purification process designed to remove physical, chemical, and biological contaminants while maintaining mineral balance and taste neutrality.
Sterilization: Final product is subjected to SQF-certified, Level 2 sterilization protocols, ensuring commercial and military grade sterility in compliance with global food safety benchmarks.
Materials: Canned in BPA-free, food-grade aluminum with zero plastic components, preventing chemical leaching and microplastic contamination over time.
Validation: Shelf-life stability and microbiological safety have been independently verified by third-party laboratories under controlled environmental testing conditions.
Safe Water offers a non-rotational, maintenance-free emergency hydration solution, suitable for institutional storage, disaster response, and long-term individual preparedness.
SAFE WATER’s manufacturing processes meet or exceed standard FDA regulations and bottled water industry standards.
SAFE WATER IS REGULATORY COMPLIANT
“Safe Water’s 75-Year Emergency Water is a turnkey, regulation-compliant solution that meets all federal and accreditation requirements for emergency water supply in healthcare facilities. By aligning with FEMA, OSHA, TJC, and CMS standards, Safe Water enables healthcare facilities to meet compliance mandates while significantly reducing risk, cost, and logistical complexity.”