NG Nordic has successfully completed a groundbreaking demonstration of carbon capture technology at its hazardous waste treatment facility in Nyborg, Denmark, marking a significant advancement in emissions reduction for the hazardous waste sector.
The project represents the first known implementation of carbon capture technology at a hazardous waste incineration plant, establishing a new benchmark for an industry widely recognised as one of the most challenging to decarbonise. Hazardous waste incineration involves high-temperature combustion processes, variable flue gas compositions, and elevated levels of contaminants, making emissions reduction particularly complex.
Despite these demanding operating conditions, the carbon capture technology demonstrated strong performance across key operational metrics. The system achieved carbon capture rates of up to 95 percent while maintaining high levels of energy efficiency and emissions control, demonstrating the technology’s capability to perform in one of the most challenging waste treatment environments.
The successful pilot provides compelling evidence that carbon capture can serve as a viable and effective solution for significantly reducing CO₂ emissions from essential hazardous waste treatment operations. The project also offers valuable insight into how carbon capture technologies can be integrated into hazardous waste facilities, providing a potential pathway toward lower-carbon operations across the sector.
According to Katrine Magnussen, senior manager of business development at NG Nordic Denmark A/S, the pilot generated important knowledge about the performance of carbon capture technology under demanding conditions. She noted that successfully testing the technology at a hazardous waste facility and achieving strong technical results represents a significant milestone while contributing valuable experience and data for the broader industry.
The demonstration was carried out in collaboration with SLB Capturi, whose carbon capture technology proved capable of handling the unique challenges associated with hazardous waste incineration. The successful partnership highlighted the potential for advanced carbon capture solutions to address emissions from industrial processes traditionally considered difficult to decarbonise.
NG Nordic continues to explore innovative technologies and solutions that support the decarbonisation of waste and resource management while maintaining the safe and responsible treatment of society’s most complex waste streams.
Technical studies, pilot testing, and ongoing market engagement have further strengthened the understanding of the requirements for potential full-scale implementation. While the results confirm the technical feasibility of carbon capture at hazardous waste facilities, they also underscore the importance of external financing mechanisms and supportive regulatory frameworks to enable broader deployment.
As industries worldwide seek practical pathways to reduce emissions, the Nyborg demonstration serves as a notable example of how carbon capture technology can help address some of the most challenging sources of industrial CO₂ emissions.
For more information visit www.ngnordic.com
