R&D

Everything we research serves one practical question: can a high-performance adsorbent also be made in quantity, at consistent quality?

Research programme

Five lines of work.

From the adsorbent itself to whether the technology pays for itself.

1
Advanced adsorbent development
Developing and characterising next-generation adsorbents for carbon capture.
2
Performance testing
Validating the technology under conditions close to real use.
3
Pilot production and scale-up
Building production that holds quality from grams upward.
4
Customer demonstrations
Showing the materials working in customers’ own contexts.
5
Techno-economic assessment
Checking that the technology scales commercially as well as technically.

Targets

Performance targets for the development programme. These are goals, not published results.
Parameter	Target
CO₂ adsorption capacity	> 4 mmol/g
Low-temperature regeneration	≤ 120 °C
Cyclic stability	> 90 %
Pilot-scale production	1 · 10 · 100 g

Roadmap

Each milestone widens the batch size and brings customers in earlier.

2026
Batch scale: Lab
Adsorbent platform
Synthesis and characterisation of MOF-74 and Co-MOF-74 based materials, with carbon capture performance verified at laboratory scale.
2027
Batch scale: 1–10 g
Technical validation
Production at 1–10 g, fixed-bed validation, and the first feedback from industrial customers.
2028
Batch scale: 100 g
Field testing
Production at 100 g, field tests in carbon capture, and wider applications through strategic industry partnerships.
2029
2030
Batch scale: Market
Commercialisation
High-performance adsorbents for carbon capture and environmental separation on the Turkish and European markets, with a stronger IP portfolio and a broader product family.

Research network

Where we look for partners as the programme scales.

Send us your stream and process conditions. We will tell you plainly whether our materials fit, and what a first test would involve.