High performance Dry reforming catalyst

Reforming catalyst that resists coke.

Reforming catalyst that resists coke.

Reformable have developed a world-class catalyst that

Reformable have developed a world-class catalyst that

Surface coating for coke-prone catalyst environments

Surface coating for coke-prone catalyst environments

Materials science spin-out · Denmark

Technology

A catalyst technology that allows forstable production of renewable syngas

A catalyst technology that allows forstable production of renewable syngas

A catalyst technology that allows forstable production of renewable syngas

gamma-TEC is designed as a surface intervention: add a functional layer onto a world-class catalyst, instead of asking operators to start again with a different active material.

The development lens is deliberately focused: reduce coke formation at the surface, protect catalytic function, and make the pathway compatible with catalysts already trusted in demanding processes.

1

1

coating layer around the catalyst surface

coke

coke

failure mode targeted by gamma-TEC

add-on

add-on

pathway for catalysts already in use

Catalyst lifetime improved in a simple way

Catalyst lifetime improved in a simple way

The Reformable thesis is intentionally pragmatic: make the best catalysts more resilient by reforming the surface layer where coke formation takes hold - making Dry Reforming of Methane commercially available

The Reformable thesis is intentionally pragmatic: make the best catalysts more resilient by reforming the surface layer where coke formation takes hold - making Dry Reforming of Methane commercially available

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Functional coating

TEC is a patented technology that protects the catalyst against coking at operating conditions

02

World-class performance

The catalyst is extremely active and stable and can run for continous hours

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Cheapest levelized renewable syngas costs

Avoid being reliant on expensive H2 and ever-changiong electricity prices

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Cheapest levelized renewable syngas costs

Avoid being reliant on expensive H2 and ever-changiong electricity prices

Validation focus

We are currently developing a pilot unit that enables the technology to operate at industrially relevant conditions and with industrial relevant conditions

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Partnership conversations

Reformable is actively looking for engineering partnerships and syngas consumers who wants to expand their potential portofolio to also include dry reforming

04

Partnership conversations

Reformable is actively looking for engineering partnerships and syngas consumers who wants to expand their potential portofolio to also include dry reforming

Made through rigorous fundamental research

The catalyst stays. The surface changes.

The catalyst stays. The surface changes.

The catalyst stays. The surface changes.

The world-class catalyst is preserved underneath while the coated quadralobe surface is tuned for coke-prone environments.

quadralobe catalyst · coated surface

quadralobe catalyst · coated surface

STAY IN THE LOOP

Follow the science as it scales

Follow the science as it scales

Follow the science as it scales

Occasional updates on gamma-TEC milestones, published research, and where our catalyst coatings are heading next. No noise.

Occasional updates on gamma-TEC milestones, published research, and where our catalyst coatings are heading next. No noise.

surface coating

gamma-TEC

coke resistance

Let’s talk about catalysts and make waste and liabilities into value.

Let’s talk about catalysts and make waste and liabilities into value.

Reformable is looking for technical partner that could be interested in first-of-a-kind plant supplying green and renewable syngas

Reformable is looking for technical partner that could be interested in first-of-a-kind plant supplying green and renewable syngas

© 2026 Reformable · gamma-TEC catalyst coating