the power of CASo

What does the CASO machine do? Our CASO technology is engineered to process challenging waste materials, specifically used tyres and end-of-life plastics. Traditional recycling methods typically require high energy inputs and extensive processing times. In contrast, our machine leverages mechanical energy, generated through friction, to break down these materials quickly and efficiently. This approach ensures a rapid, energy-efficient decomposition, setting our technology apart from conventional methods. What materials does the CASO machine use? The focus of our CASO technology is on hydrocarbon-rich wastes, predominantly used tyres and plastics. These materials, often challenging to decompose and considered environmental hazards, are ideal for our recycling process. By targeting such wastes, we offer a pragmatic and environmentally friendly solution, turning problematic refuse into a resource. What does the machine produce? The outputs from our CASO process are multi-faceted and valuable. Primarily, the technology converts waste into a form of light crude oil. This oil, once refined, can be utilised in various applications, offering a sustainable alternative to traditional petroleum sources. Additionally, the process generates carbon black, a critical component in the production of new tyres and other rubber-based products, facilitating a circular economic model. Moreover, our system extracts usable gases, providing an alternative energy source, further underlining the sustainability of our approach. Nexergy’s CASO technology marks a significant stride in addressing the global waste dilemma. As waste continues to pose a worldwide challenge, our solution transforms this burden into a resource. The CASO machine’s ability to process waste into light crude oil, carbon black, and gases showcases its potential in fostering sustainable practices and supporting circular economies. This technology isn’t just a method for managing waste; it represents a forward step towards a more sustainable and resource-efficient future.