Norwegian University of Life Sciences
Explore Norwegian University of Life Sciences's available technologies.
Single rail parallel robot for efficient plant tissue sampling
A single rail parallel robot designed for efficient plant tissue sampling in greenhouses, offering high-speed, accurate, and low-maintenance operation. Equipped with advanced sensors and a robotic gripper, it enhances pr...
Bio-derived safer epoxy binders
NordiCoats is developing safer, more sustainable epoxy binders from microbial oils, lignocellulosic sugars, and biorefinery by-products.
Bio-based and safer epoxy binders for coatings
NordiCoats is a collaborative research project developing sustainable, bio-based epoxy binders for high-performance coatings. By integrating biotechnology and chemo-synthetic approaches, the project aims to create safer,...
Genomic and spectroscopic nitrogen-efficiency decision support
The N_efficiency project develops sustainable genetic and nutritional strategies to improve nitrogen use efficiency in dairy cows. By combining genomic predictions, low-cost infrared milk spectroscopy, and a farmer-focus...
Digital twin-enhanced phenotyping for Nitrogen Use Efficiency
TWIN-NUE provides a digital twin-enhanced phenotyping framework that combines 3D laser scanning, drone-based sensing, and genomics to predict and optimize Nitrogen Use Efficiency in crops. By simulating plant responses t...
Nitrous Oxide Reducing Bacteria (NNRB) Biological Inoculants for Soil and Manure
NMBU’s NNRB technology uses specialized bacteria, delivered via organic waste fertilizers, to biologically convert nitrous oxide into harmless nitrogen gas in agricultural soils. By transforming nutrient-rich waste strea...
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