Sets the performance ceiling for high flux, high rejection, and chemical stability.
From monomer selection to cross-linked network optimization, defining preferential water pathways and ion rejection barriers at molecular scale.
A complete technology system from molecular design to industrial elements
Built on proprietary membrane chemistry design, manufacturing process, and molecular additives to raise flux, cut energy use, and strengthen corrosion resistance while maintaining high salt rejection.
Three Pillars
Three technology pillars for durable performance advantage
Supports scalable, repeatable manufacturing and project supply.
Refined through engineering iterations to address interfacial polymerization control, membrane uniformity, and batch stability.
Reduces energy use and improves corrosion resistance with quantifiable, repeatable gains.
Business Value
Turning membrane advantages into measurable project returns
More water per unit pressure
Membrane-sheet flux increases by 75% versus a leading international brand under comparable conditions.
Lower unit water cost
Unit energy consumption drops 15–25%, improving long-term desalination project economics.
No system redesign
Standard 8040 industrial elements support drop-in replacement with a typical delivery window of 1–3 months.
Performance
Performance vs a leading international brand
| Metric | Leading international brand | BioHtoO |
|---|---|---|
| Membrane-sheet flux | Baseline | +75% |
| NaCl rejection | Flagship level | Comparable |
| Unit energy consumption | Baseline | -15–25% |
| Lifecycle cost | / | -20–50% overall |