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TIR-CG_Luxembourg-Final-Report_Long-Version TIR-CG_Luxembourg-Final-Report_Long-Version

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Third Industrial Revolution Consulting Group stakeholders. Set the right incentives for the industry as a “user” and “developer” of storage technologies. Investors could be public-private partnerships, including the main industrial players (in their role as energy consumers). Main R&D resource for the technical development could be start-ups developing new processes and business models (many of them are already working on the topic). Developing approximate total investment estimates will require the input of experts of the field (e.g. via consulting companies). 7.2 Spearhead an applied RDI joint consortium on ecologically sustainable, circular economybased on additive manufacturing and 3D printing resources and production processes. With strong support by the government, Luxembourg’s research institutes in manufacturing innovation in specialized industries should expand their leadership into advanced green, clean and sustainable AM and 3D printing processes and resource materials. 7.3 Promote Smart Building Materials, with the research financed by both private and public funds. The construction sector has to meet very high standards as regards the energy efficiency of buildings. Unfortunately, many of the building materials used to achieve this goal have a poor environmental performance, as their production process is highly energy intensive and their recycling is often troublesome if not impossible. A notable example is expandable polystyrene (often referred to as “styropor”) used to insulate the facade of a building. An assessment evaluating the environmental impact of the use of such a product would reveal its negative effects relating to the volume of energy needed to produce it and the problematic disposal of it one its life cycle has come to an end. A link can also be made to the work of the WG “Buildings,” suggesting entirely new ways to build houses. “Legobased architectural design concept defined (buildings that can be almost entirely rebuilt based on the same materials, fully disassembling).” This idea is different from the one mentioned above but it can be seen as a complementary element of a strategy aimed at making the building process smarter. Luxembourg could create a cluster comprising both the industrial and the construction sector as well as public research institutes to develop and ideally produce building materials which meet, or even exceed, the required efficiency standards while their production process is less energy consuming and which are 100% recyclable. 7.4 Engage research faculty and students to undertake applied research initiatives such as the BMI proposal to develop a real-time data inventory and visual mapping platform of all the energy, water and resource consuming equipment and processes in industry. Students and faculty gain real-world applied research experience, strengthen their aptitude and competences, and help generate knowledge assets that other faculty and students can build upon. 248

Third Industrial Revolution Consulting Group 7.5 Create a technology roadmap for Luxembourg. 7.5.1 Advanced Robotics: robotizing mass production. The production of CAD (Computeraided design) should automatically be implemented without losing time (ongoing research). 7.5.2 Computer Modelisation: modeling products and simulating their behavior, employing the rich portfolio of data visualization, 3D virtual reality, and augmented reality tools. 7.5.3 Rapid Prototyping/ Additive manufacturing: create a prototype with physical properties similar to the final product, in order to reduce concept-to-fabrication costs and time. The fabrication of finished products with complex shapes could be realized. 7.5.4 Open Innovation: promote the open innovation process by designing the collaborative innovation network (COIN) platform to be open source, open access, and open device, and foster the externalization of research and development by including partners, clients and suppliers. 249

Third Industrial Revolution Consulting Group<br />

stakeholders. Set the right incentives for the industry as a “user” and “developer” of<br />

storage technologies. Investors could be public-private partnerships, including the main<br />

industrial players (in their role as energy consumers). Main R&D resource for the technical<br />

development could be start-ups developing new processes and business models (many of<br />

them are already working on the topic). Developing approximate total investment<br />

estimates will require the input of experts of the field (e.g. via consulting companies).<br />

7.2 Spearhead an applied RDI joint consortium on ecologically sustainable, circular economybased<br />

on additive manufacturing and 3D printing resources and production processes.<br />

With strong support by the government, Luxembourg’s research institutes in manufacturing<br />

innovation in specialized industries should expand their leadership into advanced green,<br />

clean and sustainable AM and 3D printing processes and resource materials.<br />

7.3 Promote Smart Building Materials, with the research financed by both private and public<br />

funds. The construction sector has to meet very high standards as regards the energy<br />

efficiency of buildings. Unfortunately, many of the building materials used to achieve this<br />

goal have a poor environmental performance, as their production process is highly energy<br />

intensive and their recycling is often troublesome if not impossible. A notable example is<br />

expandable polystyrene (often referred to as “styropor”) used to insulate the facade of a<br />

building. An assessment evaluating the environmental impact of the use of such a product<br />

would reveal its negative effects relating to the volume of energy needed to produce it and<br />

the problematic disposal of it one its life cycle has come to an end. A link can also be made<br />

to the work of the WG “Buildings,” suggesting entirely new ways to build houses. “Legobased<br />

architectural design concept defined (buildings that can be almost entirely rebuilt<br />

based on the same materials, fully disassembling).” This idea is different from the one<br />

mentioned above but it can be seen as a complementary element of a strategy aimed at<br />

making the building process smarter. Luxembourg could create a cluster comprising both<br />

the industrial and the construction sector as well as public research institutes to develop<br />

and ideally produce building materials which meet, or even exceed, the required efficiency<br />

standards while their production process is less energy consuming and which are 100%<br />

recyclable.<br />

7.4 Engage research faculty and students to undertake applied research initiatives such as the<br />

BMI proposal to develop a real-time data inventory and visual mapping platform of all the<br />

energy, water and resource consuming equipment and processes in industry. Students<br />

and faculty gain real-world applied research experience, strengthen their aptitude and<br />

competences, and help generate knowledge assets that other faculty and students can<br />

build upon.<br />

248

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