Pioneering Sustainable Energy Solutions in 2026

At Cenfracee, we’re not just following the energy transition — we’re building the tools that make it practical, scalable, and locally rooted.

Why Iron-Based Redox Flow Batteries Matter

Most energy storage conversations centre on lithium. We went a different direction. Our work on all-iron redox flow batteries offers a long-duration storage solution built from one of the most abundant elements on earth — iron. No lithium, no cobalt, no vanadium sourcing headaches.

The electrolyte is ferrous/ferric chloride in aqueous solution. The membranes are our own sulfonated polyethylene cation-exchange films. The stacks are modular and repairable in the field. When a cell degrades, you replace it. When the electrolyte is spent, you regenerate it electrochemically.

This is what practical, durable energy storage looks like at the grid edge.

Flash Joule Graphene: From Waste to Wonder

Using millisecond joule-flash heating, we transform local carbon feedstocks into turbostratic graphene — the high-performance variant that doesn’t require perfect AB stacking and is far easier to synthesise at scale.

The applications compound:

• As a carbon black replacement in tyre compounds, improving wet traction and rolling resistance simultaneously
• As an electrode additive in our iron flow battery stacks, improving conductivity and cycle life
• As a concrete admix, reducing required cement content while improving compressive strength

One unlock feeds three downstream verticals. This is the Cenfracee model.

What’s Next

We are currently running sodium hypochlorite cell trials — producing the chlor-alkali chemistry backbone that feeds our refinery operations, battery electrolyte synthesis, and bleach production. The membrane work is in parallel. The field prospecting continues.

The loops are being built, one unlock at a time.

“The future is being built today — one electrochemical breakthrough and one refined gram of gold at a time.”

Stay tuned.