From a harmful gas causing climate change to brand-new products

We capture the CO2 right at the smokestacks separating it from other gases. ?
We capture the CO2 right at the smokestacks separating it from other gases. ?
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Our converter uses plasma technology to split the CO2 molecules into CO. ?
Our converter uses plasma technology to split the CO2 molecules into CO. ?
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The CO is now ready to be used as a building block for biofuels, chemicals and polymers.
The CO is now ready to be used as a building block for biofuels, chemicals and polymers.

Convert CO2 into

Glasses
Glasses
Lamps
Lamps
Polymers
Polymers
Polymers
Polymers
E-fuels
E-fuels

D-CRBN’s positioning in the whole value chain regarding carbon emission reduction.

We are located at the Port of Antwerp, the largest chemical cluster in Europe. This strategic location allows us to focus on port applications for the petrochemical, metallurgical, and maritime transport sector. D-CRBN has developed partnerships with industrial companies with specific expertise throughout the complete value chain. D-CRBN’s Carbon Capture & Utilization (CCU) approach is building upon existing Carbon Capture & Storage (CCS) projects. 

We believe that chemical storage is a fundamental pillar of the energy transition.

D-CRBN offers a fully electrified chemical batch process that runs on renewable energy which can be turned on & off like a light switch. Trimming the energy costs of converting the feedstock into green added value products during off-peak moments will make the process profitable, sustainable, and flexible. Storing renewable electricity into the chemical bonds of molecules could provide long-term energy storage.

Profitable

Green added-value products creates

Sustainable

Runs on renewable energy

Flexible

Easy switch on & off process

Our roadmap

2010-2021

Stage 0 : Discovery

10 years of research at PLASMANT (UA), a world-leading research group
on plasma-based CO2 conversion. 

 

TRL: 1-2 Define Concept application 

2010-2021

2021

Stage 1 : Concept initiation

A full techno-economic assessment to make a business case tailored to your industry which you can benchmark with other technologies.

 

TRL 3-4: Demonstrate concept in a lab

2021

2021-2023

Stage 2: Concept development

Installation of the prototype at BlueApp including all units of the value chain. Start R&D projects with industrial partners on the production of value-added products.

 

TRL 5-6: Demonstrate key elements in a relevant environment

2021-2023

2023-2026

Stage 3: Concept approval

Scale up to demonstrate proof-of-business. Conversion of 30,000 tonnes CO2 per year

 

TRL 7: Demonstrate on industry site

2023-2026

2026-2030

Stage 4: Production approval

Scale-up towards an industrial unit. Conversion of 1 M tonnes CO2 per year

 

TRL 8-9: Qualification and operational use

2026-2030
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