The development of a mobile self-erecting tower crane, which excels with high load capabilities and a high performance all-terrain base. The crane will be equipped with advanced control systems for automation and an anti-sway control system.
Development of an excavation system (tunnel boring machines and lining) to construct tunnels through rock deformations that are unavoidable within the alpine region. By reducing production costs, european traffic routes will be considerably extended.
The project is to design and develop a vibrational shaker for the paint tinting market.
The complex formwork systems with integrated components incorporating adaptable reinforcements and dual concrete qualities shall replace expensive, traditional formwork technology.
The aim of this project is to develop a comprehensive, coordinated 'underground modular design' in terms of several component parts, with a statically self-supporting tunnel profile.
Development of a new type of elevator that does not require a dedicated machine room and that has a reduced shaft size compared to the nominal load.
An in-pipe hydroelectric turbine operates in a special environment surrounded by water and is different from traditional hydro turbines. Here we investigate the best technology for the high head closed pipe waterworks in the italian alps and similar locations, build, and test units on site
A new innovative concept for preconstructed walls will be developed. The preconstructed walls will mainly consist of bricks, glued to a concrete outer shell, and they will be preinsulated. With the new concept, the aim is to preconstruct building shells in a fast, cost effective, but reliable way.
flexible moulding PROCess for Energy Efficient 3D shapeD prefabricated panels