Building the Ion Highways of
Tomorrow’s Energy Systems
Nanotech membranes that make long-duration storage and
green hydrogen cheaper, safer, and scalable.
Trusted by top organizations
Powering the next energy revolution
PFAS-free Nanotech Membranes that can power flow batteries, electrolysers and fuel cells
Flow-battery membranes — higher retention, smaller stacks, lower LCOS.
AEM electrolyser membranes — no rare-earth catalysts, lower CAPEX for green H₂.
High-temp PEM / MEA solutions — range extension and combined heat & power for mobility and CHP.
We’re at an inflection point
Renewables are cheap, but storage is the bottleneck. Scale of losses (transmission and fluctuation in demand) in nonrenewables is huge (show a number). Proliferation of nuclear (but cannot ramp up fast)
GLOBAL COAL POWER · CAPACITY ANALYSIS
More than half of installed coal capacity sits idle — and the gap keeps growing
Global coal plants cannot flex with shifting demand, leaving hundreds of gigawatts stranded. Transmissionlosses add further waste on top.
54%
of installed coal capacity
effectively idle today (2022)
1,134 GW
idle gigawatts — more than
the entire US power grid
~256 GW
additional capacity lost to transmission every year
Global Solar PV · Installed Capacity
It took 68 years to reach 1TW of solar.The next terawatt took 2 years.
Total installed solar PV capacity is on an exponential curve — each year now adds more capacity than entire decades did before.
68 yrs
from first solar cell
(1954) to 1 terawatt (2022)
2 yrs
from 1TW to 2TW
(2022 → 2024)
~5.5 TW
projected installed
solar by 2030 (IEA NZE scenario)
AI & Hyperscalers · Power Independence
Big Tech is building its own power grid — because the public one isn’t reliable enough.
As AI inference demands 24/7 uninterrupted power, hyperscalers are contracting dedicated clean energy capacity at a scale that bypasses the grid entirely.
~103 GW
dedicated power capacity contracted by top 4 hyperscalers by 2024
10×
more energy per query: AI vs. traditional search
99.999%
uptime needed by AI data centers vs. ~99.9% grid SLA
Powering the Grid & Mobility
Best in class nanotech membranes that power a range of applications.
Flow batteries
Electrolyzers
Fuel cells
Custom Chemistries
Vimano in Numbers
India's
1ST
polymer films engineered for satellite thermal management
3x
lower total cost of energy storage ownership (TCEOS) vs. commercial membranes
2x
lower cost per kg of hydrogen produced
Compatible with
10+
10+ fuel types for fuel cells, operating up to 200°C
100X
manufacturing scale-up — from 25 cm² lab samples to 4,200 cm² production-ready membranes
80%
reduction in toxic solvents and chemicals used in thin film manufacturing
Fusce luctus metus et arcu interdum
A 10% improvement in membrane performance can reduce system cost by ~30%.
The Vimano Advantage: Better by Design
We’ve engineered the next generation of ion-exchange membranes to deliver a tunable platform that shrinks system footprints, while maintaining the highest standards of green chemistry.
Cost Efficiency
Shrink stack footprint; lower CAPEX & OPEX.
Green Chemistry
Non-flammable, PFAS-free manufacturing.
Tunability
Works across multiple chemistries (Flow, H2, Fuel Cells).
The Multiplier Effect: Performance Meets Profit
Vimano membranes are more efficient than standard market membranes. With a 10% increase in membrane efficiency, your total system costs can decrease by up to 30%.
