#carbon capture #Switzerland #CATACARB #KEZO #Hinwil

KEZO Drives Carbon Capture with CATACARB® HPC Technology

In a significant move towards sustainability, KEZO, a waste management service provider in Zurich, has selected the Hot Potassium Carbonate (HPC) technology from CATACARB. This decision marks the beginning of a pilot project designed to capture carbon emissions at their waste-to-energy facility in Hinwil, Switzerland. Through a collaboration with Sulzer, a global leader in licensing technology, the aim is to create an efficient and effective carbon capture unit.

The CATACARB technology has been licensed to KEZO, which includes a rigorous design process kit. This system is engineered to achieve a remarkable capture rate of 90% for carbon dioxide (CO2), demonstrating the effectiveness of HPC technology through rigorous testing and validation.

The project will demonstrate the adaptability of HPC technology under challenging combustion gas conditions, offering operational flexibility for variable waste input and temperature. A key objective of this pilot is to showcase consistent carbon capture efficiency while simplifying solvent management, focusing on health and safety. Additionally, the technology aims to reduce overall energy demands compared to conventional amine-based solutions.

As operational data accumulates from this pilot, it will inform KEZO's commercial rollout and contribute to their commitment to pragmatic, technology-driven decarbonization. KEZO anticipates that results will provide stakeholders insights into viable carbon capture management options for the waste-to-energy sector, guiding decisions on future widespread implementation in partnership with Sulzer.

This collaboration reaffirms confidence in the HPC technology's ability to meet the demanding requirements of industrial combustion gases. Gary Buckholz, CEO of CATACARB, expressed enthusiasm about the project, stating, "Deploying CATACARB's HPC technology is a significant confirmation of its suitability for challenging industrial applications. This initiative is a positive step toward mitigating climate change, but we must do more. We are proud to contribute to this effort and look forward to continuing our collaboration with KEZO and Sulzer."

The implications of CATACARB’s technology extend across various industries emitting combustion gases, including energy generation, biomass, paper milling, gas processing, refining, and petrochemicals. The project not only promotes environmental responsibility but also positions KEZO as a leader in innovative waste-to-energy solutions.

Ultimately, the CATACARB HPC technology represents a crucial advancement in carbon capture and offers a path forward for industries seeking to reduce their carbon footprints while optimizing operational efficiency. The ongoing convergence of technology, environmental responsibility, and industry innovation will play a vital role in shaping a sustainable future.