The LOCOMOTION project will develop new low-cost and durable components for PEM fuel cells to reach ambitious targets set out for maritime applications.
Concrete structures built in marine environment or exposed to de-icing salt represent a significant value for Norway.
SUMBAT will be the first transition step towards creating the most sustainable battery value chain in the world, in Norway.
The TailAd project will develop new characterization methods utilizing advanced instrumentation that will provide the capabilities to study adhesion characteristics of paints in much greater detail.
The LEAn project will develop catalytic coatings based on affordable and readily available components, which in addition reduce the metal industry's energy needs.
The CORE project aims at developing cost-efficient polymer-based conductive coatings that will prevent corrosion of metallic bipolar plates and increase the lifetime of PEM fuel cells and electrolysers.
The main goal of MARINAL is to strengthen and extend the use of aluminium alloys in marine applications.
HARARE's overall objective is to eliminate waste from the metallurgical industry while recovering valuable materials and encouraging the use of hydrogen in the industry.
VIPCOAT seeks to make the development and production of corrosion protection technologies more sustainable, economical and faster.
The scarcity of marine proteins and lipids is considered to be the greatest challenge needing to be addressed in order for the aquaculture sector to continue to grow in a sustainable manner. In COPREST, CFEED and SINTEF Ocean will explore the...
The goal of Allotherm is to discover and realize new alloy systems with superior thermoelectric (TE) properties to dramatically enhance TE waste heat harvesting.
In the project, research institutes cooperate with companies to make advanced walls and windows with new or improved properties and a small environmental footprint.
Closed regenerative life support systems are developed to support astronauts that will stay long term in space, providing them with food, oxygen, and pure water. Limitation of resources that can be transported and waste management calls for a...
The objective of the project is to get rid of a waste challenge and at the same time create products of value, demonstrated at pilot scale. In addition, the effect of circularity in quantification of sustainability is studied.
The goal of Cool'em is to develop a superior cooling technology based on the elastocaloric effect.
The production of photovoltaic modules generates significant resource flows, much of which currently becomes waste, including silicon kerf, graphite, and silica from ingot production.
PLASTICENE will build new knowledge and address processes important for increased plastic circularity and effective plastic waste management with the aim of supporting improved plastic material utilization and protecting the environment from plastic...
Automotive car makers increasingly use light-weight aluminium structures to reduce the environmental footprint of cars during life-of-use (lower energy consumption) and to allow for the heavy batteries used in electric vehicles.