The Cyprus University of Technology through its various research labs and departments is active in circular economy research and training through (a) Waste Management, (b) New business models and (c) Sustainable Design solutions. This work is done in collaboration with local and international partners across disciplines (academia/policy/industry) and some examples...
At RRC (Resource Recovery Cyprus), we're dedicated to sustainable practices, especially in managing construction and demolition waste. Using a trommel machine and manual sorting, we meticulously separate clean aggregates from other materials. This hands-on approach ensures precise sorting and maximizes efficiency. Once sorted, clean aggregates are transformed into recyclable materials...
Our vision at Elysee Irrigation is to be a Green Leader Worldwide through Innovative, Smart, Easy-to-Use piping systems. Grounded in this vision, we channel our efforts towards the development and deployment of high-quality, safe, and innovative circular products. An example of this is our 3-layer Cabling Pipe, engineered with over...
Frederick University is a leading proponent of circular economy principles, actively driving the transition towards a sustainable future through innovative research and collaboration. A key focus area of the university's efforts lies in the valorisation of solid wastes to develop advanced building materials, reducing the reliance on natural resources. Through...
During the process of washing sand for concrete (CYS EN12620), we use 300 tons of water for every 100 tons sand. Water and dry sand with 30% of 0.0063mm, entry the sand washer. Using a gyratory pump, the pulp (sand and water) goes through cyclone. From the cyclone we get...
During the process of uncovering the useful material (diabase) in our quarry, low quality material has to be moved as “overburden material”. The “overburden material” is processed on its own or with adding materials that are produced during processing (crushing and screening) of the virgin material (useful diabase material). The...
The production of Latouros’ calcareous limestone sand involves 3 stages of crushing. The last stage of the production process is the washing of the sand. The washing of the sand produces waste in the form of liquid sludge. The waste is processed to remove the “clear water” from the sludge. Since...
