We love when companies embrace digital tools to help improve their concrete works efficiency, productivity, and quality. Check out some of the many projects that use the Maturix solution.
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Maturix® is the smart solution addressing the needs of the construction and concrete industry. Our aim is to increase the ease of collecting, analysing and understanding your businesses data, through wireless sensing solutions.
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The Avalon project consists of two twin towers located in Monterrey, Mexico. Each tower contains 27 levels of flats and 9 parking levels. The flats range from 81m2 to 109m2.
By using Holcim México’s Green Low Carbon Concrete ECOPact in conjunction with the Maturix system, the Avalon project is an example of accelerating a more sustainable construction industry. In detail, the Maturix sensors wirelessly document the quality of all concrete structures, thus increasing the efficiency of the construction project. In addition, Holcim Mexico can use Maturix to validate the early-age performance of the ECOPact low-carbon concrete.
In the following years, the area between Åboulevard, Bülowsvej, and Rolighedsvej in Copenhagen will be transformed into a new urban campus with housing, a sports hall, a school, and a green area. The construction started in 2021 and is expected to be completed in 2027.
As part of the companies contracted for this project, Arkil is responsible for re-routing a wastewater pipeline so that a parking garage could be built under the future Bycampus in Copenhagen.
The vision is to create a green, vibrant and open urban campus, where it is wonderful to live, go to school, study, research, play sports, and where all residents can meet in beautiful, green surroundings.
Arkil chose to use Maturix on the Bycampus project. With the help of our solution, Arkil can document and control the quality of their concrete structures without being physically on site to comply with all the set concrete quality requirements.
The Metro Line 3 in Brussels is a project that contains a new route with 18 stations. It stretches over a length of 10.3km. Due to the new Metro Line, it is possible to travel from Evere, through the city center, to Forest in under 20 minutes.
The Joint Venture S.M. Toots (BESIX/JDN/Franki) use Maturix for the Metro Line 3 project.
The Maturix In-situ solution is providing S.M. Toots with real-time data from the site to document the quality of their concrete structures. Additionally, it sends notifications when the concrete strength reaches the required level.
Gulf Precast is a leader in precast manufacturing in the United Arab Emirates. They offer a wide range of concrete precast products and possess the largest precast capability in the country.
Gulf Precast uses Maturix solution at their precast factories.
With the help of Maturix, Gulf Precast can increase the capacity by decreasing the average production time of their hollow core slabs. Furthermore, using Maturix allows Gulf Precast to have fewer concrete break tests throughout the process.
The project at Slagelse Station compromises upgrades to further equip the station for further train traffic in the future.
KW Betonteknik uses Maturix solution at Slagelse Station.
The use of Maturix allows KW Betonteknik to comply with all their concrete quality as well as the early strength of their pours. Furthermore, it helps them to understand how the strength develops in their structures and therefore when to strip the formwork.
Gregers Kvartal project is located in Oslo, between the new Løren metro station and the housing project Brødfabrikken. The project consists of 258 apartments distributed between six buildings containing six to eight floors. The project also includes the construction of a kindergarten, commercial areas, and an underlying parking garage with space for storage, as well as technical rooms.
Eiqon, an innovative construction contractor based in Norway uses the Maturix solution at Gregers Kvartal. Maturix provides Eiqon with a system to monitor temperature and strength in real time in order to document and control the quality of concrete structures.
Gullhaug Torg is the first naturally ventilated office and residential complex with a low-energy solution for heating and cooling in Norway. The building is located in Oslo and comprises a size of 11.500m2. It has a place for commercial, office, and residential types of rooms.
Skanska Norge uses the Maturix solution at Gullhaug Torg.
The Maturix In-situ solution provides Skanska Norge with continuous monitoring of temperature and concrete strength in real-time. Thereby, Skanska can increase the efficiency of this project and comply with all their concrete quality.
Fyrstikkbakken 14 comprises the construction of 160 environmentally friendly apartments at Bryn in Oslo. The future residents have the ability to share good outdoor and indoor areas when the project is finished. AF Gruppen is assigned as the total contractor and Eiqon is responsible for all the concrete work within this project.
Eiqon uses Maturix sensors to get direct insights into the strength development of their critical concrete elements during construction in order to determine the perfect time for stripping the formwork and thus save time on their construction programme.
Balfour Beatty VINCI is responsible for designing and building part of the most exciting and challenging railway project in Europe: HS2. They are building the West Midlands section of HS2’s Phase One route, spanning approximately 90km from Long Itchington in Warwickshire to the center of Birmingham and on to Handsacre in Staffordshire.
Balfour Beatty VINCI uses Maturix to keep track of the strength and temperature inside the concrete so that they know exactly when to safely remove the formwork.
Karla Tower, built in Gothenburg, Sweden is the tallest skyscraper in Scandinavia. The 245 m high building offers space for 594 apartments and hotels.
The construction is based on 58 piles with 2m diameter, anchored about 60 meters down through mud and rocks.
Serneke, the construction and development company based in Gothenburg, Sweden uses Maturix at Karla Tower, to ensure that the required strength of the concrete is reached and to ease the challenging time management on the projects.
Kactus Towers are distinctive residential buildings for youth housing in central Copenhagen. The two twin towers have a hexagonal core with square decks that are almost twisted, creating leveled balconies. The two towers of 60 and 80 meters in height will house 495 apartments in the city center of the Danish capital.
LM Byg, one of Denmark’s leaders in raw house construction, uses Maturix at the Kaktus Towers to get live insights into the actual curing status inside the structure. With Maturix, the data is sent wirelessly to the cloud platform and is accessible in real time from any device via the web portal or app.
The world-known Warwick University in England is growing over the next five years including a new Faculty of Arts Building. The 8 story building provides up to 15.000 m2 floor space for research, teaching, office and social space purposes. CCL has been engaged to develop a solution to replace the steel beams using concrete, thus converting reinforced slabs to post-tensioned ones.
With Maturix and real-time monitoring of the strength development, CCl knows exactly when they could start with the post tensioning process. This gives them the ability to optimize their schedules and reduce redundant waiting time. With alarms, the workers are automatically updated via SMS and/or email and the status can be checked in the web platform from a computer or smartphone.
The E39 is a 1100 km long highway along the Norwegian coast. Today, it takes around 21 hours to drive this route including seven ferry crossings. With the ongoing E39 project, it is going to be possible to drive the whole distance in 13 hours without the need of using a ferry. That is why the project is also known as Ferry Free E39 as many ferries are being replaced by tunnels and bridges.
Kruse Smith is responsible for concrete work of 19 km between Kristiansand West to Mandal East with 8 dual lane bridges and other additional smaller constructions.
Maturix solution provides Kruse Smith with an end-to-end tool for concrete strength monitoring. By using thermocouples that are cast directly in the structure and connected to a transmitter, the temperature inside the concrete is measured continuously. The data is sent wirelessly to the cloud platform. The software automatically calculates maturity and strength based on the history data and the concrete mix and the strength development process can be followed.
The Swedish general contractor Skanska is building a new healthcare building at the hospital area in Malmö, Sweden for their client Regio Skåne. The building increases the hospital area with more than 100.000 square meters of space for operating rooms, care and intensive care. It is part of the redevelopment of the Skåne Region in the hospital area in Malmö and the opening for patients is planned for 2024.
With the help of Maturix, John Carroll can always check the curing process of the structures on his phone – and doesn’t need to be close to the element or need to wait for compression cubes to be tested. This helps John and his team to keep the overview and schedule works on-site based on real-time data from the in-place concrete structures.
Contiga is a total supplier of consulting, drawing, statics, production and assembly of concrete elements for more than 30 years and provides total solutions with a focus on quality and flexibility.
Using Maturix on a daily basis enables Contiga to get real-time insights into each precast element or bed. By integrating the Maturix sensors, a basis for the data-driven decision is enabled.
Using Maturix transmitters they measure and monitor the concrete temperature with all the surrounding influences and external effects.
Aarsleeff BIZ based in Swinoujscie, Poland is a precast company from a different scale: They focus on extensive prefabricated concrete elements for the construction industry. Thus, they combine custom made solutions with more standardised precast elements with high cycles. The factory produces middle or big-sized elements for the international clients combine time, quality and money and offering the best solutions.
By using Maturix the Aarsleff BIZ team always knows exactly how the elements are curing and if they have to adjust the work schedule according to data. Due to the maturity system using the IoT network Sigfox, they have access to the data from anywhere. Alarms and automatic documentation ensure quality control.
The historic masonry and concrete bridge at Draakplaats is being renovated in the middle of Antwerp, Belgium. The bridge exists out of two parts. One part is masonry and was built in 1895. The second part is concrete and was built against this first part to extend the railroad from two to four tracks.
The masonry part was still structurally in good shape and needed only aesthetic renovation. The concrete part however was structurally damaged and had to be broken down and rebuilt from zero.
Infrabel chose Besix for restoring the five arches of this historical bridge. The project contains 2.600 m³ concrete, poured in four casts for each of the five arches. Each arch is 18m wide and 8 meters high. The bridge is part of the main transport hub to and from the port of Antwerp and is therefore part of the busiest freight train lines of Belgium with busses and trams as well.
Besix uses four Maturix devices to monitor the temperature, maturity, and strength development inside the structures. With monitoring the curing of each arch, they could optimize the formwork removal time based on real-time data.
