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Construction, buildings & infrastructure – innovations for urban transformation
Our cities are growing rapidly. According to forecasts, the number of people living in cities is set to increase by three billion in the next 30 years. This will pose challenges for transport and traffic – and above all for infrastructure and the design of buildings.
With our business areas Elevator Technology, Materials Services, Steel Europe, and Plant Technology we at thyssenkrupp have our sights set firmly on the future. We are working hard to develop innovative products and solutions that will make everyday life easier.
Passenger transportation in urban areas is an increasingly important issue. We have already developed a wide range of solutions in this area, as our TWIN® elevator system shows. This is the only elevator system in the world in which two cabs travel independently of each other in the same shaft. The technology requires 25 percent less space to transport the same number of passengers. In the MULTI cable-free elevator system, several cabs travel in a single shaft – both vertically and horizontally-, the space saving is even higher cutting by half the elevator footprint in tall buildings . Our IoT-based predictive maintenance service solution MAX makes passenger transportation even more reliable and reduces downtimes by up to 50 percent.
As a result of ongoing urbanization, elevators gain particular prominence. Today, they are the safest and most widely used means of transportation in the world.
Inspired by modern architecture, which places high demands on aesthetics and functionality, we at thyssenkrupp also develop innovative materials . Take for instance our organic coated steels. Available in a range of colors, they blend in naturally with their surroundings while offering excellent formability coupled with optimum corrosion protection. Suitable for a wide variety of uses, our carbon flat steel PLADUR® opens up new possibilities in exterior and interior design.
Urbanization in the developing world means that demand for cement will remain high. Cement production is an energy-intensive process that traditionally uses coal, gas and oil to fire the kilns; as a result, CO2 emissions from cement plants are very high. To reduce these emissions, we offer technologies that use alternative fuels and raw materials (AFR). In addition to biomass materials such as sewage sludge, paper and wood, these include residues and waste materials such as domestic and commercial refuse. Many of these alternative materials can be converted into high-grade fuels. Thanks to the latest technology, 60 percent of fossil primary fuels are already being replaced in this way in Germany, and roughly 20 percent in the rest of Europe. We offer equipment for both thermal and mechanical processing. We already build plants that can be operated entirely using alternative fuels. This not only improves the efficiency of new plants, it also helps significantly reduce the use of scarce fossil resources.
At thyssenkrupp we develop our innovations for urban transformation together with our customers. With our long experience, sound knowledge of the industry, and our eye for detail, we create products and solutions that are already visibly shaping the growing cities of tomorrow.