artificial intelligence

  • 20 November 2020

    Digital Platforms

    By Ghali Egger English Version The need to shift to an economy that is circular and inclusive has become inevitable. At the same time there are a lot of hurdles which are hindering us from it and making this transition one of today’s greatest challenges. Among them for example there is the current linear economic model which does not value natural capital; this information does not flow with products and material down the value chain and that customers lack awareness, capacities and convenience to actively contribute to a Circular Economy.  Digital solutions like online platforms, artificial intelligence (AI), the Internet of things (IoT) and blockchain are already used to support Circular Economy initiatives, but the potential is even greater. If adequately steered, data and digitally enabled solutions could contribute to a system-wide transition and further enhance connectivity and the sharing of information across the value chains; make products, processes and services more circular; and empower citizens and consumers to contribute to the transition.  For this reason, the transition to a Circular Economy and the digitalisation of the economy and society should be aligned in order to benefit the environment, society and economy.  One of the ways digitalisation can enable the Circular Economy transition is in the form of digital platforms that are used for industrial symbiosis. Industrial symbiosis is a powerful approach to accelerate and scale the Circular Economy by closing resource cycles and valuing materials that would otherwise be discarded. In fact, waste is not seen as waste any longer but as a resource at the wrong place. Materials that cannot be used anymore by a company, can constitute a secondary raw material for another company. The digital platform in turn, is enabling and facilitating the process of material exchange and data flow between the companies.  The expression “symbiosis”...
  • 9 June 2019


    English Version In the common imagination, technology and environment can be seen as in contrast. On the one hand, the manufacturing industry with its energy-intensive production processes, which consume enormous amounts of resources, introduces toxic substances in exchange for air. On the other hand, the environment is seen as an element to be preserved and defended. The term technology itself, however, indicates the most efficient and economical use of available goods and tools. This is why it is not an oxymoron to talk about Cleantech, clean technologies, although it can be complex to define its fields of action in an exact manner. Cleantech: clean technology without borders The concept of Cleantech is difficult to define. If it is true that in a theoretical level it is a rather simple concept when you go into it, the possibilities become practically endless. In Cleantech, we can include all the innovations, regarding processes and products, that limit or completely eliminate the negative environmental impact of human action. We can talk about Cleantech when we are faced with technologies that deal with: • Collection and recycle of waste • Production of electricity from renewable sources • Rationalization of transport • Optimization of energy consumption • Reduction of packaging volumes • Limitation of resources used in the production process • Cutting emissions of pollutants into the atmosphere. In a Circular Economy perspective, Cleantech can, therefore, become any technology that limits energy; optimize their production and consumption processes; prevents waste eventually produced. In our analysis, we will focus on technologies that provide innovative energy production and storage. Artificial intelligence Forbes has dedicated to the world of new technologies for the creation of clean energy an article on the possible trends for 2019. Among the 6 trends that could emerge this year, the newspaper cites Artificial Intelligence,...
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