Building advanced
carbon materials

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About

Founded in Rotterdam, The Netherlands, Aeroborn develops advanced carbon materials from circular feedstocks. Its patented platforms convert CO₂ and battery black mass into material streams for batteries, filtration, and industrial applications.

Our Story

From material challenge to platform

Aeroborn began with two technical challenges: Europe’s dependence on imported carbon materials, and the underused value inside CO₂ emissions and used battery material.

The company was built around a practical question: can circular feedstocks become reliable inputs for advanced carbon materials?

Aeroborn now develops two patented platforms for different feedstocks and material outputs: CO₂ utilisation and activation, and black mass recovery, purification, and exfoliation.

Our Mission

To build a European platform for advanced carbon materials from circular feedstocks, with product pathways across activated carbon, hard carbon, graphite, and graphene based materials.

Aeroborn focuses on material performance, feedstock security, and industrial scalability. Circularity is treated as a supply strategy as much as an environmental one: turning available carbon rich streams into controlled materials for technical applications.

Our Values

Technical Discipline
Aeroborn prioritizes measurable material properties, process control, and application fit. Each product pathway must support clear technical requirements.

Circular Feedstocks
The company works with CO₂ and battery black mass because both streams contain material value that can be upgraded into industrial inputs.

Commercial Readiness
Development is guided by customer specifications, regulatory requirements, and scalable production routes rather than broad sustainability claims.

Partnership Led Scale
Aeroborn works with feedstock providers, industrial partners, and material customers to move from platform development toward qualified product supply.

Technical Discipline
Aeroborn prioritizes measurable material properties, process control, and application fit. Each product pathway must support clear technical requirements.

Circular Feedstocks
The company works with CO₂ and battery black mass because both streams contain material value that can be upgraded into industrial inputs.

Commercial Readiness
Development is guided by customer specifications, regulatory requirements, and scalable production routes rather than broad sustainability claims.

Partnership Led Scale
Aeroborn works with feedstock providers, industrial partners, and material customers to move from platform development toward qualified product supply.

Strategic Locations

Netherlands: The Heart of Northern European Innovation

Our headquarters and primary production facilities are strategically located at the Port of Rotterdam—Europe's largest port and the gateway for 70% of EU battery imports. This positions us at the nexus of:

  • Supply chains: Direct access to battery recyclers and industrial CO₂ sources

  • Infrastructure: World-class logistics and industrial facilities

  • Innovation: Proximity to leading universities and research institutions

  • Sustainability: Rotterdam's commitment to becoming the world's most sustainable port

Greece: Southern European Expansion Hub

Our Greek operations leverage the country's unique advantages:

  • Strategic Location: Gateway between Europe, Asia, and Africa

  • Growing Battery Sector: Emerging hub for battery cell manufacturing

  • Plastics Industry: Established recycling infrastructure ready for transformation

  • Skilled Workforce: Strong chemical engineering talent from Greek universities

  • Green Transition: Government support for circular economy initiatives

  • Maritime Access: Excellent ports for Mediterranean distribution

Netherlands: The Heart of Northern European Innovation

Our headquarters and primary production facilities are strategically located at the Port of Rotterdam—Europe's largest port and the gateway for 70% of EU battery imports. This positions us at the nexus of:

  • Supply chains: Direct access to battery recyclers and industrial CO₂ sources

  • Infrastructure: World-class logistics and industrial facilities

  • Innovation: Proximity to leading universities and research institutions

  • Sustainability: Rotterdam's commitment to becoming the world's most sustainable port

Greece: Southern European Expansion Hub

Our Greek operations leverage the country's unique advantages:

  • Strategic Location: Gateway between Europe, Asia, and Africa

  • Growing Battery Sector: Emerging hub for battery cell manufacturing

  • Plastics Industry: Established recycling infrastructure ready for transformation

  • Skilled Workforce: Strong chemical engineering talent from Greek universities

  • Green Transition: Government support for circular economy initiatives

  • Maritime Access: Excellent ports for Mediterranean distribution

Industrial relevance

Aeroborn transforms CO₂ emissions and battery black mass into advanced carbon materials designed to reduce reliance on virgin extraction and imported supply chains.

The focus is industrial relevance: controlled material properties, European supply resilience, and product pathways that can meet the requirements of battery, filtration, and energy storage markets.

Aeroborn transforms CO₂ emissions and battery black mass into advanced carbon materials designed to reduce reliance on virgin extraction and imported supply chains.

The focus is industrial relevance: controlled material properties, European supply resilience, and product pathways that can meet the requirements of battery, filtration, and energy storage markets.