Technical Specifications
At EcoFast Technology (EcoFlux), we combine breakthrough research with advanced engineering to deliver high-performance membranes that solve today’s toughest water, energy, and environmental challenges.
Our technologies are not just innovative—they are proven by strong physicochemical performance parameters and real-world applications.
Next-Generation Ion Exchange Membranes (IEMs)
Our IEMs set a new benchmark in efficiency and durability:
- Ultra-high permselectivity: 92–95% for superior ion separation
- Broad pH stability: Reliable from pH 1–13
- High conductivity: 2.2 S/cm ensures faster processes
- Strong tensile strength: 47.9 MPa for long life under industrial stress
- Cost-effective & scalable: Designed for real-world electrochemical applications
Nanocomposite & Polymer-Assisted Membranes
Engineered with advanced nanomaterials and smart polymers, these membranes deliver outstanding results:
- 100% bacterial killing efficiency: Effective against E. coli & S. aureus
- Heavy metal removal: >90–99% for As, Pb, Cd, Ni, Cu, Cr
- Tunable water uptake: 32–66% for versatile industrial use
- Optimized transport numbers: Improved selectivity for sustainable applications
Sustainable Water & Energy Systems
Our smart membranes go beyond treatment—they drive sustainable energy and resource recovery:
- Fuel cells & microbial fuel cells (MFCs): Enabling clean electricity storage
- Forward Osmosis (FO) & Electrodialysis (EDR/ED): Efficient water-energy recovery
- Zero Liquid Discharge (ZLD): Eliminating wastewater release with in-process reuse
- Carbon-free power solutions: Supporting 100% sustainable, zero-emission systems
Key Performance Features
Low Energy Consumption
Consumes less than 1.0 kWh/kg NaOH in recovery processes.
Wide pH Stability
Reliable and stable across a pH range of 1–13.
Durability & Strength
High tensile strength and elongation-at-break for long membrane life.
High Permselectivity
Achieving 92% to 95% for precise and superior ion separation.
Heavy Metal Removal
>90–99% removal efficiency for arsenic (As), lead (Pb), cadmium (Cd), chromium (Cr), nickel (Ni), and copper (Cu).
Bacterial Killing Efficiency
Proven 100% effectiveness against E. coli and S. aureus.
Physicochemical Properties
Our membranes are optimized with
Thickness
133–400 µm
Water Uptake
32–66% (controlled swelling for efficiency)
Ion Exchange Capacity
0.75–1.75 mmol/g
Conductivity
0.15–2.2 S/cm
Temperature Stability
Up to 40°C
These technical parameters ensure our IEMs outperform conventional membranes by delivering higher selectivity, superior durability, and enhanced sustainability in real-world industrial applications.
