Research
Technical University of Eindhoven
In collaboration with TU/e (Eindhoven University of Technology, Netherlands), we actively research the use of plasma for a broad range of applications. Numerous students, researchers and PhD candidates have thus far contributed to making purification a less wasteful process.
We continue to do research to further develop our product and see whats possible for efficient plasma processing.
The BlueReactor
The BlueReactor is the result of 10+ years of research in collaboration with the University of Technology.
The BlueReactor is what we call the combined technology of our plasma reactor and its energy supply that makes the BlueReactor work. Additionally, further processing such as condensation and distillation, which converts to safe and useful hydrocarbons is all part of the BlueReactor toolbox.
The BlueReactor Toolbox describes the process after the processing of various gasses (e.g. CO₂) with its added recipients and processing steps, that converts the gas to the desired substance.
Technology Readiness Level (TRL)
We are currently at Technology Readiness Level (TRL) 5-6. At this stage, the technology is being validated through a prototype in a relevant environment. This is the first step in demonstrating the functionality of the technology. The prototype developed during this phase takes a relatively significant amount of time and investment, but it is still quite close to the final product or system.
Our prototypes and test setups are on various scales and we are testing the processing of various gasses and the result and usability of those processes at different volumes.
Ongoing Research & Development projects
KapiteinLabs is actively engaged in 5 funded R&D projects and global R&D initiatives to scale our technology for broader applications:
We continue to do research to further develop our product and see whats possible for efficient plasma processing.
1
OTP Project
Plasma for Clean Air (2021-2026)
Funded by: NWO* co-funded by partners
Partners: TU/e-EES, TU/e-EPE, KapiteinLabs BV, Botany BV, Kuijpers Farmers
Scope
Upscaling of pulsed plasma technology for various industrial and agricultural air purification applications.
Researching low, medium, and high-voltage plasma regimes for maximum efficiency
2
OTP Project
Green Spark (2024-2029)
Funded by: NWO Open Technology Program (co-funded by partners)
Partners: TU/e-EES, TU/e-EPG, CWI, NWO, KapiteinLabs, Hitachi Energy, ETH Zürich
Scope
- Developing next-generation pulsed power technology for plasma applications.
- Exploring SF6 replacement in high-voltage industries, with direct parallels to plasma purification.
3
Vidi Project
High Voltage on the Rocks (2025-2029)
Funded by: NWO Open Technology Program (co-funded by partners)
Partners: TU/e-EES, TU/e-EPG, KapiteinLabs, Vitalfluid BV, CERN, Leibniz Institute for Plasma Science and Technology e.g. (INP)
Scope
- Developing next-generation pulsed power technology for plasma applications.
- Towards complete sub-nanosecond control of pulsed power plasma applications.
4
JTF Project
Plasma Toolbox (2023-2026)
Funded by: JTF Rijnmond, European Union, co-funded by partners
Partners: TU/e-EES, KapiteinLabs, JTF
Scope
- Developing a 10kW pulsed plasma demonstrator for various air purification applications.
- Investigating Solid-State Pulsed Power sources for energy-efficient plasma generation.
- Experimental testing at KapiteinLabs facilities and TU/e laboratories to optimize system performance.
5
JTF Project
CO₂ as a Resource (2023-2026)
Funded by: JTF Rijnmond, European Union, province of North Holland,
co-funded by partners
Partners: TU/e-EES, KapiteinLabs
Scope
- Developing solid-state pulsed power for plasma-based CO₂ conversion applications.
- Designing a 10kW plasma demonstrator to maximize CO₂ conversion efficiency at higher volumes.
- Investigating plasma-chemical processes to transform CO₂ into valuable chemicals.
Each project enhances the Blue Reactor’s capabilities and supports the industry’s need for scalable, industrial-grade pollution control.
In the past
KapiteinLabs has successfully developed and delivered Non-Thermal Plasma systems to prominent clients across diverse sectors, including Hilton, Sheraton, Mercure hotel groups, and several beer breweries. These earlier systems employed Dielectric Barrier Discharge (DBD) technology; however, recognizing its limitations for more demanding applications inspired us to innovate further—leading to our current state-of-the-art solutions.