immo!nvest – Die Plattform für Standorte und Immobilien

Category: Global

  • New ultra-thin film for interference-free 5G and 6G

    New ultra-thin film for interference-free 5G and 6G

    With the new film made from a special composite material, KIMS is demonstrating how electromagnetic interference in communication systems can be effectively minimised. The film, which is only 0.5 mm thick, absorbs more than 99% of electromagnetic waves in frequency ranges such as 5G, 6G and WiFi. This shielding technology avoids disruptive reflections and offers unrivalled freedom from interference. An advantage that could further optimise the use of modern communication devices and radar systems.

    Absorption instead of reflection
    Conventional shielding materials often rely on reflection, but this is only partially effective. The new type of film, on the other hand, absorbs electromagnetic waves in a targeted manner and thus ensures a high level of interference immunity. This approach prevents waves from bouncing back and interfering with neighbouring systems. The technology is based on a unique crystal structure and a magnetic composite layer that precisely filters frequencies and ensures maximum absorption.

    Flexible and dimensionally stable for a wide range of applications
    The developed film shows high flexibility and dimensional stability, even after thousands of folds. These properties make it ideal for flexible and portable devices such as smartphones and electronics. It also offers reliable shielding and high durability for roll-up screens and other flexible technologies. The film remains dimensionally stable and functional even in demanding applications. Ideal for use in modern, portable devices.

    Optimisation through carbon nanotubes
    A thin carbon nanotube film on the back of the film further increases the shielding performance. With an absorption coefficient of 99.9%, the film ensures that electromagnetic waves do not penetrate to the outside and that interference in various mobile and autonomous applications is minimised. This innovative combination of materials creates reliable shielding, which is particularly in demand in areas with high sensitivity to electromagnetic interference.

    With its high absorption and flexibility, the new KIMS film offers an ideal solution for minimising interference in modern communication technology. It enables better freedom from interference in 5G and 6G networks and could bring ground-breaking improvements in autonomous systems and portable devices – a promising development for future digital infrastructure.

  • Revolutionary building monitoring

    Revolutionary building monitoring

    Monitoring the statics and stability of structures requires maximum precision. This is precisely where the innovative metamaterial from the Karlsruhe Institute of Technology (KIT) comes in. This metamaterial, with artificially produced structures, exhibits exceptional elongation properties that conventional materials do not offer. Developed by a research team led by Professor Martin Wegener, the material can “communicate” forces and deformations over large distances, which was previously considered unthinkable in structural monitoring.

    Overcoming local limitations
    Metamaterials were previously limited to local interactions. The new material from KIT, however, enables the building blocks to interact with each other over long distances. Dr Yi Chen from KIT compares this property to “direct communication” within the material. A development that could revolutionise materials research and structural monitoring. This new type of structure opens up the possibility of monitoring buildings over a large area and reacting to structural changes at an early stage.

    Unusual elongation properties for greater safety
    One remarkable feature of this metamaterial is its reaction to elongation. It exhibits uneven expansion and compression in different sections. Unlike materials such as rubber, compression even occurs in some areas, which can indicate specific loads. These high sensitivity properties of the material make it ideal for engineering teams to closely monitor critical areas of a structure and react proactively to changes.

    More than construction monitoring
    The high sensitivity of the metamaterial opens up new possibilities not only in the construction industry, but also in biotechnology. The ability to precisely measure forces over large areas could also be used to characterise cell forces or for biological applications. The development therefore not only advances structural monitoring, but also offers new approaches in biological research.

  • The future of wireless communication

    The future of wireless communication

    Kirigami, an ancient Japanese art form of cutting and folding paper, is now inspiring modern scientists to create ground-breaking solutions in the field of communications technology. Researchers at the University of British Columbia and Drexel University have further developed this technique to create flexible and powerful antennas that can be easily adapted to different conditions. These flexible structures could fundamentally change the way wireless communication works.

    MXene nanomaterials
    MXene materials, a relatively new class of two-dimensional materials, are at the centre of this technological revolution. They are characterised by high conductivity and are therefore ideal for use in communication systems. In combination with the Kirigami technique, MXene is printed onto flexible substrates, creating complex 3D structures that act as antennas. These antennas can adjust their frequency through mechanical changes such as tension or compression, making them particularly versatile.

    Versatile applications in modern technology
    The ability to reconfigure antennas easily and cost-effectively opens up a wide range of applications. Especially in aerospace and robotics, these flexible antennas could offer enormous advantages. The ability to adapt to changing requirements makes them ideal for use in systems that are in motion or in changing environments. From satellites to autonomous robots – the potential applications are diverse and exciting.

    Efficient production for complex structures
    Despite the highly developed technology, the production of these antennas is remarkably simple. Using an acetate film and conductive MXene ink, the Kirigami technique can be used to create three-dimensional structures that protrude from a flat surface. These structures can be easily customised to vary the transmission frequency, eliminating the need for complex control systems.

    The combination of Kirigami and MXene nanomaterials could lead wireless communication into a new era. For property and site development professionals, this technology offers exciting new opportunities to make smart buildings and connected infrastructures even more efficient and sustainable. Flexibility, efficiency and innovative strength make this development a pioneering step in telecommunications technology.

  • Swiss building materials producer expands in the USA with acquisition in the insulation sector

    Swiss building materials producer expands in the USA with acquisition in the insulation sector

    Holcim is expanding its activities in the United States. According to a press release, the building materials producer headquartered in Zug has signed an agreement to acquire OX Engineered Products. The company, which is headquartered in Northville, Michigan, is a leading provider of advanced insulation systems for residential and commercial applications in the US, with net sales of USD 136 million in 2024, it added. The transaction is subject to customary US conditions and regulatory approvals.

    “OX Engineered Products is the ideal complement to Holcim’s business in North America with its complementary offering of proprietary technologies and trusted brands,” Holcim CEO Miljan Gutovic is quoted as saying. “The premium solutions enable us to offer our customers in North America the full range of building envelope systems, from residential to commercial applications.” Proprietary technologies range from house wraps and structural sheathing to integrated insulation solutions. OX Engineered Products employs 210 people at its manufacturing facilities in the Midwest and Southeast.

    With this acquisition, Holcim continues to expand its Solutions & Products division into the most attractive construction segments, from roofing and insulation to repair and renovation, according to the company statement.

  • Strengthening presence in the construction industry through acquisition in Slovenia

    Strengthening presence in the construction industry through acquisition in Slovenia

    SFS has acquired EPRO D.O.O., a distribution partner in the construction industry based in Ljubljana, with effect from 1 October, the globally active manufacturer of tools, precision components, assemblies and fastening systems from the St.Gallen-Lake Constance area announced in a press release. The purchase price was not disclosed. EPRO sells fasteners, fixing elements, fall protection systems and other products for flat roofs, industrial lightweight construction and façade elements in Slovenia, Croatia and the wider Adriatic region.

    The acquisition is intended to strengthen the regional presence and market position of the SFS Group in the region. EPRO will continue its activities “unchanged with all employees” under the SFS umbrella, according to the press release. The Group, headquartered in Heerbrugg, has around 140 sales and production sites in 35 countries in North America, Europe and Asia.

  • New solar plant drives energy transition in France

    New solar plant drives energy transition in France

    Axpo subsidiary Urbasolar has commissioned a rooftop solar plant with an output of 12.8 megawatts peak on the industrial roof of French real estate developer PRD in Beauvais. The system, which covers an area of 62,000 square meters, is the largest rooftop solar system in France, the Baden-based energy company writes in a press release. In addition to PRD, the investment management company HMC was also involved in the realization of the project.

    The expansion of solar energy in Switzerland and Europe is one of Axpo’s strategic thrusts. The successful project in Beauvais illustrates the expertise that Axpo has built up in France through its subsidiary Urbasolar, explained Antoine Millioud in the press release. “Our extensive experience in various solar technologies enables us to expand our activities in other markets such as Switzerland, Germany, Italy, Spain and Poland,” said the Head of Axpo’s Solar division. “We are convinced that our capabilities in the construction of large-scale solar plants will further advance the energy transition and security of supply in Europe.”

    Urbosolar has already realized around 700 large-scale solar plants with various technologies in France. Over 190 megawatts of capacity have been installed with solar roof systems alone. The Axpo subsidiary has also realized other large solar plants as ground-mounted systems, parking lot roofs, greenhouses, agrivoltaics and floating solar systems.

  • India’s top trade fair for environmental technologies

    India’s top trade fair for environmental technologies

    Over the last ten years, IFAT India has evolved into the country’s most important trade fair for environmental technologies and sustainable solutions. The show brings together professionals from various sectors such as water, wastewater, waste and recycling to showcase their innovative products and services. The event promotes knowledge sharing, business networking and co-operation between industry representatives, policy makers and environmental experts. Exhibitors from around the world will showcase their latest technologies and solutions to address the region’s specific environmental challenges.

    A comprehensive conference programme complements the show, with industry experts sharing insights and experiences on current environmental issues and trends. This provides a unique opportunity to network with key players, innovators and business partners worldwide. The focus will be on topics such as wastewater systems, wastewater treatment, sustainable water supply and integrated waste management and recycling. IFAT India offers practical solutions for the most pressing environmental problems of our time.

    The show reflects the commitment of India’s environmental pioneers to translate their passion into comprehensive and sustainable solutions. IFAT India is working towards creating a cleaner, greener and more sustainable country.

  • Transformation in focus EXPO REAL 2024

    Transformation in focus EXPO REAL 2024

    Once again this year, EXPO REAL conducted a survey among its participants. Of the 516 exhibitors and visitors surveyed, 91 percent consider digitalisation to be a very important or important topic, followed by interest rate policy and energy solutions for neighbourhoods. Stefan Rummel, Managing Director of Messe München, emphasises: “EXPO REAL 2024 is not only dedicated to the important topics of the future in the conference programme, but also in the new ‘Transform & Beyond’ exhibition area.”

    Changing types of use and investor interests
    The survey also shows that new types of use are gaining in importance. For 70 per cent of respondents, the residential sector is in first place, followed by care properties and data centres, which have become much more relevant. Interest from future-oriented investors such as pension funds and family offices also remains high.

    Focus on affordable housing
    Another key issue is the creation of affordable housing. 95 per cent of respondents see building in existing buildings as a decisive factor, closely followed by the cost of land and serial construction. These topics will also take centre stage at this year’s EXPO REAL, with a special exhibition and practical examples.

    Europe remains attractive
    Globally, Europe remains a key market for property investment, with 81 per cent of votes. Western Europe and the D-A-CH region are seen as particularly important future markets. The USA and the Asia-Pacific region also continue to offer potential.

    The survey for EXPO REAL 2024 makes it clear that the transformation of the real estate portfolio and digitalisation are key factors for the future of the industry. With diverse discussions and new exhibition formats, EXPO REAL from 7-9 October will address the pressing challenges and offer space for exchange and solutions.

  • Erster echter Null-Emissions-Ersatz für Portlandzement

    Erster echter Null-Emissions-Ersatz für Portlandzement

    Die Herstellung von Zement ist für rund sieben Prozent der globalen CO2-Emissionen verantwortlich, vor allem aufgrund der energieintensiven Hochtemperaturprozesse und der Verwendung von Kalkstein. Ein neues Verfahren könnte diesen Prozess revolutionieren. Das Startup Sublime Systems hat einen CO2-neutralen Zement entwickelt, der auf elektrochemische Prozesse setzt. Inspiriert von den Techniken der Römer, die ohne extreme Hitze stabile Bauwerke schufen, kombiniert Sublime Systems altes Wissen mit modernster Technologie.

    Bauprojekte mit nachhaltigem Zement
    Sublime Systems hat bereits einen wichtigen Meilenstein erreicht. In Bostons grösstem klimaneutralen Bürogebäude wurden drei Tonnen des neuartigen Zements verbaut. Die erste kommerzielle Produktionsanlage des Unternehmens in Holyoke, Massachusetts, soll 2026 in Betrieb genommen werden und eine Kapazität von 30.000 Tonnen pro Jahr haben. Diese Anlage dient als Modell für die Skalierung der Technologie, mit dem Ziel, zukünftig Fabriken mit einer Jahreskapazität von Millionen Tonnen weltweit zu errichten.

    Elektrochemie statt Hochtemperaturverfahren
    Die Idee für Sublime Systems entstand im Labor von Professor Chiang am MIT. Leah Ellis und Andres Blades untersuchten die chemischen Prozesse der Zementherstellung und entwickelten daraufhin ein Verfahren, das auf Elektrizität statt auf Hitze setzt. Die innovative Technologie umgeht die CO2-intensiven Schritte der herkömmlichen Zementproduktion und bietet eine echte Null-Emissions-Lösung.

    Zukunft der Zementproduktion
    Sublime Systems sieht sich als Vorreiter einer klimafreundlichen Zementproduktion. Mit der neuen Methode zeigt das Unternehmen, dass nachhaltige Alternativen möglich sind, ohne die Leistungsfähigkeit des Materials zu beeinträchtigen. Durch die Partnerschaften mit Immobilienunternehmen wie WS Development wird der Zement bereits in realen Bauprojekten eingesetzt, was das Potenzial der Technologie unter Beweis stellt.

  • Planned skyscraper to be 190 metres high

    Planned skyscraper to be 190 metres high

    Just a few decades ago, it was unthinkable that timber buildings could be more than a few storeys high. But in recent years, advances in timber construction have opened up new possibilities. In Milwaukee, a ground-breaking project is on the horizon. A 190 metre high wooden skyscraper is to be built, setting a new world record in timber construction. The renowned architectural firm Michael Green Architects (MGA) from Vancouver has developed the plans for this visionary building, which is intended to impress not only with its height but also with its sustainable construction method.

    Highly technologised solid wood
    The wood used to build the skyscraper is much more than conventional timber. Glulam and cross-laminated timber, two main components of the project, consist of several glued layers of wood that offer exceptional strength and resistance. These materials can withstand moisture and extreme weather conditions and are also fireproof. In the event of fire, solid wood forms a protective carbon layer that stabilises the structure and prevents collapse.

    Another advantage of solid wood is its environmental friendliness. As it grows, wood absorbs CO₂ and stores it. This property makes wood a climate-friendly building material that helps to significantly reduce the carbon footprint of a construction project. The use of prefabricated timber modules also speeds up the construction process, saving time and money.

    A building that sets standards
    The planned timber skyscraper in Milwaukee will not only be a record-breaking building, but also a symbol of the future of construction. In addition to the innovative timber construction method, the building will create a multifunctional centre comprising 750 residential units, 190,000 square metres of office space, 40,000 square metres of retail space and 300 hotel rooms. It is being built in the heart of the city, right next to the Marcus Performing Arts Centre, and is part of a comprehensive urban development initiative.

    The project is also one of the largest and most ambitious in economic terms that Milwaukee has ever seen. With an investment of over 700 million dollars, it will have a lasting impact on the city’s skyline and create new jobs.

    Challenges and potential
    Despite the many advantages, the project will not be realised without challenges. Wood alone is not enough to fulfil all the structural requirements for a building of this height. It is likely that steel and concrete will be needed for reinforcement, similar to other projects of this size. Nevertheless, the project shows that timber in combination with other materials is a serious alternative in building construction.

    A look at other projects illustrates the potential. In Switzerland, the 100 metre high “Rocket” is currently being planned in Winterthur, which is set to become the world’s tallest purely timber skyscraper. In contrast to the planned skyscraper in Milwaukee, the Rocket will use only wood, without any additional reinforcement in the form of steel or concrete. This shows that the use of wood as a load-bearing material in building construction is becoming increasingly important worldwide.

    Future prospects for high-rise construction
    The timber skyscraper in Milwaukee is being built in several phases in order to optimise the structure and meet the high safety requirements. The architects are using state-of-the-art techniques and materials to design the building efficiently and sustainably. The building is not only intended to set new standards for timber construction, but also to be a model for the future development of high-rise buildings worldwide.

    The combination of sustainability and technological progress makes the planned timber skyscraper a milestone in the construction industry and a symbol of the architectural possibilities of the 21st century.

  • Green hydrogen: Study identifies Canada as a top location

    Green hydrogen: Study identifies Canada as a top location

    Researchers at the Paul Scherrer Institute(PSI) have focussed on the question of where hydrogen can be produced efficiently and cost-effectively with the aim of stopping climate change and emitting no more greenhouse gases in the future. According to a press release, the researchers have compiled geographical and economic data and forecasts to describe the development of a hydrogen economy. To do so, they analysed four scenarios with a hydrogen demand of between 111 and 614 megatonnes per year. The study can currently be read in the scientific journal “Nature Communications“.

    There are various technologies for producing hydrogen. In polymer electrolyte membrane electrolysis (PEM), hydrogen is extracted from water in an electrolyser. The great advantage of this process is that the energy for the conversion can be obtained from green electricity. The question to be resolved is where the high demand for green electricity can best be met.

    “We primarily applied economic criteria,” says Tom Terlouw, PhD student at PSI and lead author of the study, quoted in the press release. “In other words, where is production most favourable?” Two focal points crystallised: Where is there enough wind or sun to cover the enormous demand for green electricity? And where is there enough free space to set up the plants required for production? Canada proved to be ideal here. “There are many open areas there that are very windy and therefore ideal for setting up wind turbines,” adds Terlouw. The central USA, parts of Australia, the Sahara, northern China and north-west Europe are also ideal locations. Central European countries such as Switzerland, on the other hand, are less suitable as there is neither open space nor sufficient sunlight. The researchers also point out that the production of green hydrogen still generates residual greenhouse gas emissions from the production and transport of the required materials. In order to compensate for these residual emissions, corresponding quantities of carbon dioxide would have to be filtered out of the atmosphere, according to the study.

  • Major order for company in the Middle East

    Major order for company in the Middle East

    Schindler has landed a major order from Riyadh. Schindler Olayan, a subsidiary in which the Schindler Group holds a majority stake, is to supply a total of 293 elevators, escalators and moving walks for The Avenues – Riyadh, Schindler announced in a press release. No details are given about the order volume.

    The Avenues – Riyadh is a multi-purpose project with a total area of 1.8 million square meters. It comprises a shopping center of around 380,000 square meters as well as five multi-purpose high-rise buildings with hotels, apartments and offices. Schindler is contributing 134 Schindler 5500 elevators, one Schindler 2600 elevator, eight Schindler 9500 moving walks and 150 Schindler 9300 escalators to the project. All installations are connected to the cloud and can be monitored via the Schindler ActionBoard.

    “The Avenues – Riyadh is an impressive project that will offer Riyadh residents and visitors a better quality of life,” said Danilo Calabrò, Head of Southern Europe, Middle East and Africa at Schindler Group Management, in the press release. “Thanks to our installations, visitors will be able to move quickly and comfortably through the complex.”

  • Four Swiss companies win gold at the best architects awards 2025

    Four Swiss companies win gold at the best architects awards 2025

    A total of 46 Swiss architecture firms have been recognized at the best architects awards 2025. With Inches Geleta, EMI Architects, Nicolas de Courten and Studio DIA, four of them received a gold medal. The best architectural projects of the year in Europe are published annually in a book by the Düsseldorf-based advertising agency Zinnobergruen GmbH. The selection is made by an international jury of architects. A total of 91 awards were presented at the current best architects awards, eight of which were gold.

    Inches Geleta from Locarno TI received the gold award for the extension of the elementary school in the Vaganello district of Lugano. EMI Architekt*innen from Zurich was honored for the terraced houses on Stockmattstrasse in Baden AG. Nicolas de Courten from Lausanne qualified for gold with a long, meandering building complex in the Plaines-du-Loup district of Lausanne. Studio DIA from Bern received a gold medal for the Stromboli cooperative residential building in Bern.

  • Expansion of the range of services through strategic acquisition

    Expansion of the range of services through strategic acquisition

    Pforzheim-based ease GmbH has acquired the Munich-based subsidiary of Helvengo AG. With the takeover of Helvengo GmbH, the insurance company specialising in the property industry intends to expand its range of services, ease announced in a press release. The purchase price was not disclosed.

    Helvengo, which was founded in 2020, specialises in the development of innovative insurance products. The two companies had already jointly developed a building insurance solution based on the Internet of Things (IoT) in 2022. “The IoT-based tariff set a milestone last year,” said Marcel Hanselmann, Managing Director of ease, in the press release. “We are delighted to be actively shaping the future in this area with Helvengo GmbH and to be able to offer our customers an even more attractive portfolio of services.”

    Zurich-based Helvengo AG has been in liquidation since the beginning of August. With ease, the German subsidiary “has had a strong partner at our side from the very beginning, who has played a key role in shaping our vision of data-driven insurance products”, explains Helvengo co-founder Felix Huemer in the press release. “We are convinced that Helvengo GmbH will be able to utilise synergies within the corporate group with ease and continue to expand successfully on the market.”

  • Expansion in the Caribbean market through the acquisition of a construction chemicals manufacturer

    Expansion in the Caribbean market through the acquisition of a construction chemicals manufacturer

    Sika has acquired the construction chemicals manufacturer Vinaldom, based in the Dominican Republic, according to a press release. The family-run company is a leader in the production of concrete admixtures, fibers, adhesives and sealants.

    Vinaldom is Sika’s first plant in the Dominican Republic and its sixth in the Caribbean. The acquisition enables Sika to secure and expand its market position in the fast-growing Dominican market. The optimized production capacity, the larger customer base and the expanded product range will improve market access and open up “excellent cross-selling opportunities” for the company, according to the press release. “Thanks to improved access to a broader customer base and supported by local production, we will generate further growth in the Dominican market,” Mike Campion, Regional Head Americas, is quoted as saying.

    According to the press release, growth drivers in the Dominican Republic industry are infrastructure projects in the areas of energy and transportation, commercial construction and tourism. Sika is ideally positioned in this dynamic future market to benefit from the growth trends.

  • No complex thinking skills with ChatGPT & Co.

    No complex thinking skills with ChatGPT & Co.

    The research, which will be presented at the annual meeting of the Association for Computational Linguistics in Bangkok, concludes that large language models such as ChatGPT show no evidence of the development of sophisticated or planned thinking. Instead, these models only demonstrate the ability to respond to simple instructions. This disproves the widespread assumption that AI models could exhibit increasingly intelligent behaviour through scaling.

    Background to the study
    The study, led by Prof Dr Iryna Gurevych from TU Darmstadt and Dr Harish Tayyar Madabushi from the University of Bath, investigated so-called “emergent capabilities” of AI models. These capabilities, which were observed with increasing model size and data volume, raised both hopes and fears regarding the future development of artificial intelligence. However, current research shows that these abilities are due to simple learning effects rather than complex, independent thinking.

    Implications for the future of AI use
    The results of the study have significant implications for the use of AI systems. Prof Gurevych warns against relying on the models to solve complex tasks without human support. She emphasises that users should provide explicit instructions and examples in order to use the systems effectively. In addition, the tendency of models to produce plausible-sounding but incorrect results remains a challenge.

    Focus on future risks
    Although the study shows that LLMs do not develop complex thinking skills, this does not mean that AI does not pose a threat. Prof Gurevych calls for research to focus on the real risks of AI models, particularly their potential to generate fake news. The findings of the study provide a valuable basis for better understanding the actual capabilities of AI models and making their use safer in practice.

  • Largest 3D-printed housing estate being built in Texas

    Largest 3D-printed housing estate being built in Texas

    In the Wolf Ranch community in Georgetown, Texas, 100 single-storey houses are being built using the Vulcan printer from ICON. This 3D printer builds the houses layer by layer from a special concrete mix that is robust and weather-resistant. The construction process saves time and labour while creating walls that can withstand extreme weather conditions.

    Resilience and modern challenges
    The solid concrete walls of the houses not only offer excellent protection against extreme weather conditions, but also provide excellent insulation. This construction proves particularly useful in hot summer months, as the interiors remain cool and the air conditioning systems are relieved. However, the thick walls also pose challenges: the signal strength of wireless networks is impaired, which is why many residents rely on meshed routers.

    Building revolution
    The Wolf Ranch homes, known as the “Genesis Collection”, are available for between 450,000 and 600,000 dollars, and a quarter of the units have already been sold. The project demonstrates the potential of 3D printing to change the construction industry for good. ICON already built its first 3D-printed house in Austin in 2018 and is even planning to use the technology on the moon as part of NASA’s Artemis programme in the future.

    3D printing on the upswing worldwide
    3D printing in the construction industry is also picking up speed in Germany. the first 3D-printed detached house was opened in Beckum in 2021, and further projects, such as the publicly subsidised apartment block in Lünen, are in the pipeline. These developments show that 3D printing is becoming increasingly important worldwide and will potentially shape the future of construction.

  • A cost-effective alternative to conventional power plants

    A cost-effective alternative to conventional power plants

    According to the Fraunhofer ISE study, ground-mounted PV systems and onshore wind turbines are currently the most cost-effective technologies for generating electricity in Germany. The electricity generation costs for these systems are between 4.1 and 9.2 cents per kilowatt hour, undercutting not only other renewable energies but also all conventional power plant types.

    Battery storage as a valuable addition
    Photovoltaic battery systems have electricity production costs that vary between 6.0 and 22.5 cents per kilowatt hour, depending on the location and battery system. This shows the enormous potential of this technology, especially in combination with ground-mounted PV systems and wind farms. Dr Christoph Kost from Fraunhofer ISE emphasises the advantages of such combinations: “The combination allows grid capacities to be better utilised.”

    Cost reductions expected by 2045
    The study also provides a forecast for cost developments up to 2045. Small rooftop PV systems could then supply electricity for 4.9 to 10.4 cents per kilowatt hour, while ground-mounted PV systems could reach 3.1 to 5.0 cents per kilowatt hour. Significant cost reductions to between 7 and 19 cents per kilowatt hour are also expected for small PV battery systems, provided that storage prices fall as forecast.

    Flexible power plants remain necessary
    Despite the positive developments in renewable energies, flexibly controllable power plants remain indispensable as a back-up. Biogas and biomass power plants could take on this role to some extent, but at significantly higher costs. For example, the electricity generation costs for biogas are between 20.2 and 32.5 cents per kilowatt hour and for biomass plants between 11.5 and 23.5 cents per kilowatt hour.

    Hydrogen power plants as a supplement
    The study also shows the costs for hydrogen-fuelled gas and steam turbine power plants in 2030: they amount to between 23.6 and 43.3 cents per kilowatt hour. These costs result from the high expenses for CO2 and hydrogen procurement. Paul Müller from Fraunhofer ISE emphasises the necessity of these technologies as a supplement: “We need them as an important addition. However, their operation will be limited to the bare minimum.”

    The results of the Fraunhofer study make it clear that photovoltaic systems with battery storage are not only a cost-efficient alternative to conventional power plants, but also a future-proof one. The expected cost reductions by 2045 make renewable energies an increasingly attractive option for power generation.

  • First station of India’s first urban cable car completed

    First station of India’s first urban cable car completed

    “Construction work on Varanasi’s first urban cable car is progressing rapidly,” announced Bartholet Maschinenbau AG in a press release. According to the company, the installation of the first station was recently completed. In addition, six supports have already been erected and further supports are under construction. The foundations for the third station have also been completed.

    The first urban cable car in India is being realised by Bartholet in collaboration with Vishwa Samudra Engineering on behalf of National Highways Logistics Management Ltd. It runs at a height of up to 40 metres from the main railway station to Godowalia Chowk station. It will connect five stations over a distance of around 3.7 kilometres. After completion, which is expected in 2025, it will be possible to transport up to 3,000 passengers per hour and direction. A total of 150 panoramic gondolas will be used for this purpose.

  • KOF Economic Barometer falls in July

    KOF Economic Barometer falls in July

    Manufacturing industry under pressure
    In the manufacturing industry, the order situation, capacity utilization and production activity are having a particularly negative impact on development. On the other hand, inventories and orders for preliminary products and the competitive situation are having a positive effect. Within the manufacturing industry, the outlook for the electrical sector, wood, glass, stone and earth and mechanical engineering is less favorable. The outlook for the metal sector, the textile and clothing industry and the paper and printing products sector has improved.

  • Canadian researchers discover super-black wood

    Canadian researchers discover super-black wood

    A team led by Professor Philip Evans and doctoral student Kenny Cheng from the University of British Columbia made an astonishing discovery during an experiment to produce water-repellent wood: super-black wood. This material absorbs almost all of the light that strikes it, significantly outperforming the light absorption of normal black paint.

    “Ultra-black or super-black material can absorb more than 99 percent of the light that hits it – significantly more than normal black paint, which absorbs about 97.5 percent of the light,” explains Professor Evans. In collaboration with Texas A&M University, they confirmed that the new material, which they named Nxylon, reflects less than one percent of visible light.

    The properties of Nxylon
    Nxylon, named after the Greek goddess of the night Nyx and the Greek word for wood, Xylon, is made from North American linden wood and can also be made from European linden wood. The material does not require pigments to create its deep black color, but uses its unique structure to capture light and prevent reflections. This property makes it an ideal candidate for various applications that require high light absorption.

    Potential applications in various industries
    The exceptional ability to absorb light opens up numerous application possibilities. Nxylon could increase the efficiency of solar cells by absorbing more sunlight. In astronomy, super-black materials could improve image sharpness by minimizing scattered light. The discovery offers a sustainable and luxurious alternative to expensive and rare black woods such as ebony. It could also serve as a substitute for the black gemstone onyx in jewelry.

    Commercialization and future plans
    Dr. Evans and his team plan to establish a start-up company, Nxylon Corporation of Canada, to commercialize the material. They would like to work with jewelers, artists and designers to develop various products. There are also plans to build a commercial plasma reactor to produce larger quantities of the material.

    “Nxylon can be made from sustainable and renewable materials that are widely available in North America and Europe, leading to new applications for wood. The wood industry in British Columbia is often seen as a declining industry that focuses on standard products – our research shows its great untapped potential,” emphasizes Dr. Evans.

    The discovery could therefore not only revolutionize the solar energy and luxury goods industries, but also provide new impetus for the wood industry.

  • Bosch strengthens Home Comfort through mega-acquisition

    Bosch strengthens Home Comfort through mega-acquisition

    The Bosch Group has taken a significant step towards implementing its 2030 corporate strategy with the acquisition of Johnson Controls’ global heating, ventilation and air conditioning solutions business and the Johnson Controls-Hitachi Air Conditioning joint venture. The acquisition, which is expected to close in twelve months, includes 16 production and 12 development sites in over 30 countries. The purchase price is eight billion US dollars.

    Strengthening the Home Comfort Group
    With the acquisition, the Bosch Home Comfort Group will increase its turnover from around five billion euros to nine billion euros and increase the number of employees to over 26,000. This expansion will enable Bosch to benefit significantly from economies of scale and a complementary portfolio at the interface of heating and cooling. “The new units will become part of Bosch’s core business and strengthen our position in the heating, ventilation and air-conditioning market worldwide,” emphasizes Christian Fischer, Deputy Chairman of the Board of Management of Robert Bosch GmbH.

    Innovative and energy-efficient solutions
    The acquisition supports Bosch in its mission to provide innovative and energy-efficient solutions for climate protection and the energy transition. The focus on heat pumps and air conditioning technology fits perfectly with the company’s strategic focus on sustainability and energy efficiency. Frank Meyer, Member of the Board of Management for the Energy and Building Technology business sector at Bosch, explains: “Our aim is to actively shape the market for energy and building technology and take a leading global position.”

    Expanding global market presence
    The acquisition significantly strengthens Bosch’s presence in the USA and Asia. In the USA, the focus is on Ducted solutions, which enable centralized air distribution, while in Asia, Ductless solutions and VRF systems are preferred. These technologies offer flexible and efficient heating and cooling options for different types of buildings, from small commercial spaces to large projects such as hotels or hospitals.

    Future prospects and strategic integration
    With this acquisition, Bosch is ideally positioned to benefit from the projected growth opportunities in the global market for heating, ventilation and air conditioning solutions. Jan Brockmann, President of the Bosch Home Comfort Group, sees a bright future: “The demand for climate control solutions is growing rapidly. We look forward to shaping the future of the Bosch Home Comfort Group together with our new colleagues.”

    Focus on sustainability and comfort
    Bosch is sending a clear signal for the future with this strategic acquisition. By integrating energy-efficient technologies and expanding its product portfolio, the company will be able to provide even better support to its customers worldwide. The investment in innovative solutions and the strong market position should not only contribute to the energy transition, but also improve the comfort and quality of life of many people.

  • Aerogel Architecture Award 2024 honors innovative projects

    Aerogel Architecture Award 2024 honors innovative projects

    This year’s “Aerogel Architecture Award” was looking for projects that demonstrate the potential of the high-performance insulating material aerogel in architecture and construction. The “Stringi-Stringi” renovation project from Livorno, Italy, came out on top in the “Realized Projects” category. The project, supervised by the architecture firm SB Ingegneria, optimized a poorly insulated building from 1939 by implementing five decisive measures: Roof insulation, façade renovation, conversion of the heating system to a heat pump, installation of a photovoltaic system and replacement of the windows with aerogel seals. The flexible use of aerogel made it possible to upgrade the energy efficiency of the façade without altering the historic appearance.

    Innovative renovation concepts
    Second place went to the Eversbuschstrasse kindergarten in Munich, whose 120-year-old building was converted into an integrated kindergarten using simple means and aerogel materials. The project focused on the reuse of existing structures and materials, with aerogel offering maximum thermal insulation and design freedom. Third place went to the Andreas Schubert building at the Technical University of Dresden. The listed building was fitted with 50 mm thick aerogel insulation and optimized for energy efficiency while retaining its characteristic façade.

    Visionary student projects
    In the “Student Projects” category, the Brazilian duo Amanda Sayuri Hashimoto and Guilherme Pinheiro e Silva won with their “Tassi Museum” project. They are planning to renovate the “Hotel Tassi” in Curitiba, which was damaged by fire, and turn it into a museum. Aerogel insulation on the façade and a roofing of the inner courtyard made of aerogel layers within glass panes improve energy efficiency without affecting the historical substance.

    Creative approaches to social architecture
    Patricia Malota from Poland took second place with her design for an urban mental health center in Krakow. Her concept uses translucent aerogel façades to create a bright, inviting atmosphere. Third place went to Michael Chang and Adrian Corbey from Harvard University with their “Aeroblock” project. They proposed a contemporary insulation for the glass façade of the Carpenter Center for Visual Arts without compromising the iconic look of the building.

    Further information on all submitted projects is available on the Empa website.

  • Nüssli builds a theater in Kassel

    Nüssli builds a theater in Kassel

    Kassel is one of the cities in Germany that has had a permanent theater building for some time. Now the Staatstheater’s main building needs to be renovated from the 2025/26 season. The state of Hesse and the city of Kassel have commissioned the Hüttwilen-based event and construction services provider Nüssli to build an interim venue for the theater. According to a press release, a versatile multifunctional building is to be constructed that can be adapted to different types of events. Nüssli will contribute its extensive experience to integrate state-of-the-art stage technology, acoustics and technical building equipment into the building, according to the press release.

    The client and investor of the project is the Gemeinnützige Wohnungsbaugesellschaft der Stadt Kassel mbH(GWG). GWG has commissioned NUSSLI as general contractor to build the interim venue. The outer shells and the supporting steel structures should be completed by the end of the year. Work on the interior will begin in January 2025. It is planned that the Staatstheater will be able to move into its new home in the fall of the 2025/26 season. The use of the temporary theater depends on the refurbishment of the main theater; a period of five years is currently planned.

  • Revizto acquires investment from Summit Partners

    Revizto acquires investment from Summit Partners

    Revizto has secured a minority stake from global investor Summit Partners, based in Boston. According to a statement from the software provider for the construction industry, the fresh capital will be invested in expanding the team of employees, in product development and in the international growth of the company. Revizto offers cloud-based software for architects and civil engineers, in which projects are available in both 3D models and 2D plans and can be processed simultaneously. The company uses an app, virtual reality, construction plans supported by QR codes and other technological advances in the so-called AECO area (Architecture, Engineering, Construction, Operations). In June, the company received the Switzerland’s Best Managed Companies Award for its business ideas and management practices.

    “With Summit, we have found a partner that shares our commitment and enthusiasm for the digitalization of the AECO industry and aligns with our team’s DNA and people-oriented corporate culture,” said Arman Gukasyan, founder and CEO of Revizto, in the press release. “We are confident that this partnership will propel Revizto forward by providing us with perspectives and resources that will allow us to accelerate development and market expansion.”

    “With its innovative platform, Revizto has achieved enthusiastic user adoption across 80,000 projects worldwide and has achieved impressive, profitable growth,” said Antony Clavel, Managing Director of Summit Partners.

  • Recycled cement is best suited for CO2 mineralization

    Recycled cement is best suited for CO2 mineralization

    Cement recycling is a cheap and efficient way to reduce emissions if the cement is permanently mineralized with emitted and atmospheric CO2. Of the ten technologies examined in a study, the one that uses recycled cement paste from demolished concrete from infrastructure and buildings is the most effective and economical. It has the potential to reduce emissions from cement production by around 15 percent. This would have corresponded to a total of 0.8 percent of global greenhouse gas emissions in 2020.

    This is the conclusion of a study led by researchers from Imperial College London, in which scientists from the Swiss Federal Laboratories for Materials Science and Technology(Empa) and the Swiss Federal Institute of Technology Lausanne(EPFL) are also involved.

    According to a report by Empa, building materials are responsible for around 13 percent of global greenhouse gas emissions. Most of this comes from the production of concrete and steel. “Our findings suggest that CO2-mineralized cement could be a leading technology to help us decarbonize the sector,” lead author Rupert J. Myers is quoted as saying in the report.

    According to co-author Ellina Bernard from the Empa Laboratory for Concrete and Asphalt, a broader application of CO2 mineralization using old concrete or other calcium-based industrial waste is limited by the amount of material to be carbonated. “However, CO2 savings of 15 percent in the production of building materials are not negligible.” Further work must now be done to optimize CO2 capture and recycling technologies and to reduce costs.

  • Implenia wins major contract in Sweden

    Implenia wins major contract in Sweden

    Trafikverket has awarded a major contract to Implenia. Specifically, the construction and real estate company based in the Glattpark district of Opfikon is to build a section of the Haga project, including a railroad tunnel and station, for the Swedish Infrastructure Agency. The contract is worth more than CHF 100 million, Implenia announced in a press release.

    The Haga project is part of the new West Link connection, which will link Gothenburg’s local transport system to the lines running through the city. Implenia will build the new underground Haga station with platforms and three entrances under the Vasastan district of Gothenburg. There will also be a railroad tunnel with parallel service and emergency tunnels as well as ventilation and fire protection tunnels.

    Construction work is scheduled to start in the fall of this year and the project should be completed in 2029. “Implenia will use its many years of extensive experience to implement the project and realize the new important transport infrastructure in logistically challenging, extremely tight inner-city spaces,” said Christian Späth, Head Division Civil Engineering at Implenia, in the press release. “We would like to thank Trafikverket for once again placing its trust in Implenia as an expert in large, complex tunnel and civil engineering projects.”

  • Holcim acquires Belgian construction waste recycler

    Holcim acquires Belgian construction waste recycler

    Holcim is further expanding circular construction as a driver of profitable growth. Following the Cand-Landi Group in Switzerland, Land Recovery in the UK and Mendiger Basalt in Germany, the building materials producer has made its fourth acquisition this year with the family business Mark Desmedt, founded in 1989 and, according to Holcim, the leading recycler of construction demolition materials in Belgium.

    According to a Holcim statement, Mark Desmedt recycles more than 500,000 tonnes annually. In addition, the company is strategically located between Brussels and Antwerp and can therefore serve the country’s two largest conurbations. This will enable Holcim to expand its ECOCycle product range for circular construction solutions in Belgium and boost its profitable growth.

    This acquisition brings Holcim closer to its goal of recycling 10 million tonnes of construction waste per year. “With Mark Desmedt’s team, we are accelerating our vision to drive circular construction in the key metropolitan regions where we operate to build cities out of cities,” Holcim CEO Miljan Gutovic is quoted as saying.

  • Zehnder strengthens ventilation business in Spain and Portugal

    Zehnder strengthens ventilation business in Spain and Portugal

    The Zehnder Group is expanding its residential ventilation business in Spain and Portugal. The international indoor climate expert is gaining broader access to these two markets by acquiring the Spanish company Siber. Its administration, factory and innovation centre are located in Les Franqueses del Vallès near Barcelona, while the logistics centre is in Madrid.

    According to an ad hoc announcement, the transaction was financed with existing credit lines and liquid funds. Closing is expected in the coming weeks. Siber expects sales of around EUR 37 million for the 2024 financial year with an EBIT margin on a par with the Zehnder Group’s ventilation segment.

    According to the Zehnder Group, this is a “unique opportunity”. This is because Siber’s attractive product portfolio is ideally tailored to southern European customer needs and covers the mid-price segment. “This will help the Zehnder Group to sustainably strengthen its growth, particularly in Spain and Portugal as well as other southern European countries.”

    Zehnder Group CEO Matthias Huenerwadel describes the acquisition of Siber as “another milestone in the targeted expansion of our residential ventilation business. The complementarity of customers and products, combined with regional strength and a pronounced capacity for innovation, make Zehnder and Siber a perfectly complementary combination.”

  • New mortar plant opens in Liaoning

    New mortar plant opens in Liaoning

    Sika has commissioned a state-of-the-art mortar plant in Liaoning, China. The globally active speciality chemicals company for construction and industry announced in a press release that this is its 34th production site in China. Mortar, tile adhesives and waterproofing solutions are to be produced there and supplied to customers in three provinces in the north-east of the country and in east-central Mongolia. The aim is to shorten delivery times and optimise service.

    According to the press release, the product range includes mortar products that contain up to 20 per cent recycled raw materials during production, such as waste dust and mineral residues. At the same time, the plant opening marks the start of an initiative for Sika to switch from natural to alternative sands. Sika aims to cover half of its sand requirements with alternative materials by 2028.

    The new building houses production facilities, offices, laboratories and infrastructure for warehousing and logistics. “The expansion underlines our commitment to quality and excellence and is also aligned with global sustainability goals,” said Philippe Jost, Regional Head Asia and Pacific.