LIFE ALGAECAN

The LIFE ALGAECAN project promotes the fulfillment of important European Directives on landfill management, integrated prevention of pollution and promotion of the use of renewable energy sources in the European Union. More specifically, the project proposes a model of sustainable treatment of high organic load effluents, which combines a cost-effective cultivation of heterotrophic algae, by spray-drying the collected microalgae to obtain a product as a raw material for the production of biofertilizers, feed, bioplastics, etc. The technology to be applied in this project is an innovative idea for the treatment of liquid waste especially in the fruit and vegetable processing industry, their reuse and recovery of resources in order to obtain a high quality liquid stream and reusable. The Scientific Manager of the project from NTUA is Professor M. Loizidou from the Unit of Environmental Science and Technology of the School of Chemical Engineering.

The collaborating research team of LIEE is involved with the evaluation of the economic feasibility of the technology and the investigation of the potential commercial interest of the technology and the final product.

More information about the project can be found here (Τwitter)

Circular Flooring: Νew Products From Waste Pvc Flooring and Safe End-of-Life Treatment of Plasticisers

The project aims to establish a process of recycling laminated PVC from waste floor tiles. In PVC products, recycling rates of around 20% have been achieved so far, while a large percentage of PVC waste is still buried or incinerated. In order to avoid the loss of valuable resources and increased CO2 emissions and other environmental burdens of waste disposal, it is necessary to consider recycling for different material flows, such as PVC floor coverings.

The Scientific Supervisor of the project in NTUA is Professor K. Magoulas from the Laboratory of Thermodynamics and Transfer Phenomena (ETHFM). The collaborating research team of LIEE is involved in the examination of economic viability, as well as the possibility of commercial utilization of the recycling process and recycled PVC, utilizing the methodological tool of Business Canvas.

More information here.