Using Zero TDS Water in Hydrogen Devices
April 15, 2024 2024-04-15 8:18Using Zero TDS Water in Hydrogen Devices
Using Zero TDS Water in Hydrogen Devices
1. Purity and Performance:
Mineral Build-Up Prevention: Zero TDS water is devoid of minerals and salts, preventing build-up that can clog or corrode internal components, thereby reducing efficiency and lifespan.
Optimal Hydrogen Production: Lack of dissolved minerals ensures efficient electrolysis for hydrogen gas production. Impurities can decrease both the quantity and purity of hydrogen produced.
2. Safety
Electrical Safety: High TDS levels increase water conductivity, raising the risk of electrical shorts and other malfunctions, which could pose safety hazards.
3. Device Longevity
Prevents Corrosion: Water without dissolved solids does not cause corrosion or scaling inside the machine, common with high TDS water, leading to frequent repairs and a shorter lifespan.
4. Maintenance Costs
Reduces Maintenance Frequency and Cost: Using zero TDS water lowers the chance of malfunctions and degradation, which translates to decreased maintenance costs over the device's life.
Conclusion
Using zero TDS water enhances performance, ensures safety, prolongs device life, and reduces maintenance costs, making it a critical step for effective hydrogen therapy.
