Expanded Polystyrene (EPS) is recycled into ingots and pellets to produce a variety of recycled products such as synthetic wood for construction, frame moldings, bathroom stepping stones, and more. Hanol has invented an EPS densifier that can produce ingots with better quality and various forms.

Expanded Polystyrene (EPS) is recycled into ingots and pellets to produce a variety of recycled products such as synthetic wood for construction, frame moldings, bathroom stepping stones, and more. Hanol has invented an EPS densifier that can produce ingots with better quality and various forms

Hanol contributes to the reuse of plastics by collecting and separating various plastic products through a process of compression. Utilizing our expertise, plastics such as PET, PP, and PS, which have been separated, undergo multiple stages of recycling. In the case of PET, a majority is transformed into non-woven fibers, which are then used as filling material in items like blankets, automotive interiors, cushions, and more. Transparent PET of high-quality serves as raw material for yarn production, contributing to the creation of recycled clothing. Additionally, Hanol operates an upcycling fashion brand using recycled PET bottles, actively participating in various environmental campaigns.

On average, out of the 600 million cans used annually, approximately 20% are aluminum cans, and 80% are steel cans. The energy required to obtain aluminum cans from ore is 26 times that of recycling aluminum cans.
Hanol collects metal and cans, subjects them to a separation process, compresses them into a specific volume, and sells them to steel companies. The sorted materials are then transported to steel factories to be used as raw materials for steel production and various machine components. Hanol’s process involves a patented application for ‘efficient sorting of recycled metals using self-powered conveyors and consistent automated sorting devices.