Article

In a significant advancement for carbon capture technology, Kezo Zurich Oberland has chosen Catacarb’s innovative hot potassium carbonate (HPC) solution to spearhead a pilot project at its waste-to-energy facility in Hinwil, Switzerland. This initiative, developed in collaboration with Sulzer, a leader in technology licensing, aims to implement a carbon capture unit designed to achieve an impressive 90% CO2 capture efficiency, bolstered by rigorous testing to guarantee performance.

The Catacarb HPC process is particularly adept at tackling the challenges posed by variable flue gas conditions, offering operational flexibility that accommodates intermittent waste feed and fluctuating temperatures. This pilot project is set to demonstrate not only enhanced capture efficiency but also simplified solvent management with a strong emphasis on health and safety, all while significantly reducing energy demands compared to traditional amine-based alternatives.

As the pilot progresses, the comprehensive data collected will be instrumental in shaping Kezo’s commercial deployment strategy, reinforcing their commitment to pragmatic, technology-driven decarbonization. The anticipated results are expected to provide valuable insights for stakeholders in the waste-to-energy sector, guiding informed decision-making regarding the widespread implementation of effective carbon capture solutions.

Gary Buckholz, CEO of Catacarb, expressed optimism about the project, viewing it as a pivotal endorsement of their technology's applicability to demanding industrial flue gases. He emphasized the importance of this endeavor in the broader context of climate change mitigation and expressed pride in contributing to such a crucial effort.

Catacarb’s technology, under the stewardship of Eickmeyer Associates Inc., boasts versatility across various industries, including power generation, biomass, cement, and petrochemicals, reinforcing its role as a key player in the global push for sustainable emissions management.