NORGESHUS’S PRIORITIeS IN KLIMA 2050

Norgeshus’s main interest in Klima 2050 is moisture safe buildings and handling of surface water in development areas.


SAINT-GOBAIN BYGGEVARER’S PRIORITIeS IN KLIMA 2050

Saint-Gobain Byggevarer would like Klima 2050 to enable us to develop the following solutions:

1.  Moisture resilient building envelope
The ability of the building envelope to withstand the climatic strain is important. Our interest is development of external wall solutions that are optimal with respect to maintenance as well as provide robust moisture solutions both over terrain and below ground.

2.  Urban flooding prevention
In order to handle surface water locally, it is necessary to develop the concept of blue-green solutions. We see that Leca-pellets can constitute a key element in the concept. Our interest lies in contributing to the development of complete systems for green roofs and local surface water handling.

3.  Light embankments for landslide prevention
Landslide prevention is a market in which we aim to get further involved in. We intend to develop our solutions for lightweight embankments to be effective measures against landslides initiated by water.


Skanska Norways’s priorities in Klima 2050

The Klima 2050 described integrated approach to risk management of future climate change impacts is of particular importance to Skanska. We have a clear need for new and innovative solutions within the fields of:

1.     Future climatic exposure and methods for geographically dependent design (e.g. moisture safe buildings)
2.     Storm water management and urban flood risk assessment
3.     Decision processes enabling clear reductions of risk in large and complex civil engineering and construction projects.


Avinors’s priorities in Klima 2050

Avinor main interests in Klima 2050 concerns our ambition to obtain and develop:

1.    Tools and data for;
       a. optimal design and maintenance of climate adapted building envelopes
       b. optimal maintenance of runways in a changing climate
2.    Blue-green solutions for storm water management
3.    Climate change adaptation capabilities in organizations


Jernbaneverket’s priorities in Klima 2050

Jernbaneverket’s main expectations for Klima 2050 are that the Centre shall deliver high scientific quality basis for development of:

1.     Tools and data for optimal design, maintenance and climate adaption of the railway infrastructure
2.     Decision support tools and structural solutions for storm water management
3.     Further development of warning systems and solutions for protective measures for water triggered landslides
4.     Climate change adaptation capabilities in organizations


NVE’s priorities in Klima 2050

NVE is involved in research and development in its fields and is the national center of expertise for hydrology in Norway. The directorate is a member of Klima 2050 because the project supports our objectives and key strategies. NVE i's main interest areas for Klima 2050 are to deliver high scientific quality basis for development of:

1.   Interaction between stakeholders, support tools for risk and vulnerability analyses
2.   Decision support tools and structural solutions for storm water management
3.   Warning systems and solutions for protective measures for water triggered landslides
4.   Climate change adaptation capabilities in organizations


NPRA’s priorities in Klima 2050

NPRA’s main focuses in Klima 2050 are:

1.   Interaction between stakeholders, support tools for holistic risk and vulnerability analyses
2.   Tools and data for optimizing design and maintenance for climate adaptation of road structures
3.   Economical mechanisms to enhance a holistic approach for climate adaptation planning
4.   Decision support tools and structural solutions for storm water management
5.   Further development of warning systems and solutions for protective measures for water triggered landslides
6.   Institutional climate change adaptation capability


Statsbygg’s priorities in Klima 2050

Statsbygg expect Klima 2050 to deliver high scientific quality basis for development of:

1.     Tools and data for optimal maintenance of building envelopes in a changing climate
2.     Blue-green solutions for storm water management
3.     Decision support system for localisation and design of structures
4.    Capabilities permitting for climate change adaptation in organizations