5X Efficiency

3X Lasts longer

Resists Acidity

Where we are &

The Science of Separation

Technology Readiness level (Oil & Gas scale): TRL 5 -> 6 : Our membrane has been tested in lab conditions extensively (TRL 5) and we are now deploying it with partners at scale for field proof of performance (TRL6).

Funded & Open to Partnerships: Funded throughout this pilot phase by both the Singaporean Government, Entrepreneur First & HAX and other venture capital. We are open to partnering with major industry organizations for co-development programs and more.

More pilot partners wanted: Sign up now to recieve samples of Divi-H and to start analyzing its potential impact on your feedstock gas conditions.

The Science of Separation

Dr. Ali Naderi has spent over 9 years developing successive inventions that led to this membrane. His PHD thesis was focused entirely on this topic, with the backing of the National University of Singapore, famous for its membrane department led by the legendary Dr. Neal Tai-Shung Chung. A member of the Australian Membrane Society and one of only a handful of recognized researchers involved in deep HyCO membranes research. Dr Naderi has been building advanced polymers for over a decade and has created polymeric structures for every high intensity situations, from rocket re-entry shielding to chemical filtering membranes.

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Dr. Naderi ended his tenure with NUS in 2019 in order to launch a commercial product that is the accumulation of years of research and combines several of his inventions. From blending, to modifying polimers, all the way through inventing completely new manufacturing processes. All of this culminating in a membrane that is far beyond what is available on the market. Divi-H.

For All Syngas

Divi-H can purify Hydrogen up to 99.95% purity from any feedstock combination.
to
Divi-H can purify Hydrogen up to 99.95% purity from any feedstock combination either on it's own, or as a hybrid system
and
The tolerant capabilities of this product requires very little feed preparation and conditioning before the purification step.
to
Divi-H being naturally tolerant to an extreme range of conditions, it can be used in a wide range of application, from hot Nylon precursor recovery processes to acidic coal gasification environment

For Every Industry

Usable in​

• Refineries

• Petrochemical industry

• Chemical industry

• Ammonia & Ammonium

• Methanol production

• Metallurgical production

• Power-to-Gas systems

• GTL processes

• Pharmaceutical industry

Switching purification and recovery to

Would decrease the cost of a Carbon Capture & Storage system (CCS)
Compared to the existing PSA system massively because of lack of operator need, no moving parts and no need to ‘expunge’ chemical in the recovery process

PSA System

~95% of the hydrogen is 'purified' or 'recovered' using a chemical process called 'PSA'

However, Only ~5% use hydrogen membranes today despite PSAs being energy inefficient and using toxic chemicals

Contact Us

Feel free to reach out to us for request for quotes or any other questions as to the performance of our products