In large building projects, dozens of suppliers work simultaneously on constantly changing and interdependent project plans. This easily leads to misalignment, dissatisfaction, delays in execution and possibly even cost explosions. You can prevent this from happening to your project by using Building Information Modelling (BIM). Building Information Modelling is a combination of software and 3D modelling that provides a digital model of your building with all the physical and functional characteristics.
BIM gives you a real-time visual interpretation of the building, which you can use to run simulations, enhance communication and recognise potential clashes in advance.
BIM gives the building and all the technology inside a clear visual representation. This is beneficial both during the actual building project and the future operations of the building. For example, the maintenance team can easily see where the technical equipment is. The improved documentation saves time and greatly reduces the risk of errors in maintenance.
During this year city of Seinäjoki, Finland will build a heat recovery system designed and implemented by Caverion, which utilises wastewater to provide the district heating network with heat energy equivalent to the annual consumption of about 2,000 detached houses. The system is one of Finland's first heat recovery solutions using ammonia as a refrigerant, utilising wastewater.
Read more...Caverion Germany acquires Schulz Lufttechnik GmbH
Read more...OX2 has made Finland's largest renewable energy investment decision and is building the Rajamäenkylä and Honkakangas wind farm. Caverion is responsible for the construction of the Rajamäenkylä wind farm power line in the project.
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