SAFEPRO
Safe, sustainable protein sources for the future
PROJECT INFO:
| DURATION: 2022-2024 |
|
| FUNDING: The Mission Partnership |
|
|
PARTNERS: |
CHALLENGE
Limited availability of low‑allergenic plant‑based protein sources
TECHNOLOGY
Extraction and optimisation of food‑grade grass proteins
POTENTIAL
Enables sustainable, low‑impact protein for human consumption
Goal
The aim of the project is to establish a knowledge base for producing grass proteins suitable for human consumption.
Sustainable food production calls for alternative protein sources to meat, but the plant proteins in existing novel foods may trigger allergies. To promote the development of sustainable, plant-based proteins, there is a need for more knowledge about the relationship between grass protein ingredients, processing methods, nutritional values and allergenicity.
Plan
The project is expected to run for 2½ years.
Proteins from clover grass will be extracted and processed using a range of techniques. Their nutritional content, digestibility, allergenic potency and other characteristics will be analysed.
One or two of the most promising protein prototypes will then be selected for further optimisation and upscaling. Finally, the project will assess their viability as commercial food ingredients.
Expected results
The project will develop a low-allergenic clover grass protein prototype for use as a food ingredient. Intellectual property will be secured and the final product ready for market launch two years after project end.
A successful food-grade grass protein will reduce greenhouse gas emissions, nitrate leaching and pesticide use in Danish agriculture.
Danish biorefineries will gain a first-mover advantage along with increased scalability and profitability from the addition of food-grade protein to their production.
PARTNERS:
Reach out to learn more about your funding opportunities:
Looking for funding opportunities for your innovation project?
The project is part of the Mission Partnership, and the funding is provided by Innovation Fund Denmark.
We continuously open new calls and programmes that support innovation within food and bioresources.
Mette Kallestrup Spring
Explore our other innovation collaborations
Digital jordvurdering uden fysiske prøver
AI og satellitdata til skalerbar jordkortlægning
Cashewrestprodukt mod kartoffelskimmel
Et nyt biobaseret alternativ til pesticider
Precision Laser Weeding
Validation of co₂ reduction potential through precision laser weeding in Danish crop production
RNA som ny fødevarekomponent
Kaskadeudnyttelse af sidestrømme fra mælkepulverproduktion
Turning Whey into Value
Dairy side streams as ingredients for sustainable cleaning
Green BioAcids
Biologisk opgradering af sidestrømme fra fødevareindustrien til organiske syrer
GrassProtein
Increasing the protein yield of perennial forage crops and improving biorefining efficiency to produce bioeconomically sustainable livestock feed
AQRIFood – Phase I
Advancing the quality of plant-based raw materials and ingredients for food applications – Phase I: Raw materials and derived ingredients
Climate-friendly plant biologicals
Developing novel methods for assessing the impact of plant biologicals on crop productivity, climate, environment, and biodiversity
MYCOFLAVOR
Bioflavoring brewer’s spent grain by edible mushroom mycelium in solid-state fermentations
MuscleFuel
Enhancing Growth and Performance of Cultivated Muscle Cells through Targeted Hydrolysis
Nudge2Green
Understanding and impacting consumer behavior towards food sustainability
FarmCH4Track
Farm methane emission reduction through sensor-based digital innovation
ClimateReach
Grass-based dairy systems optimizing climate and environmental footprint along the whole feed chain
ZeroEmission
Developing and testing strategies for reducing greenhouse gas emissions from the use of fertiliser and manure
Nitrification of Digestate
Transforming Biogas Digestate into Nitrate-Rich Fertilizer: A CuttingEdge Sustainable Solution to Significantly both Reduce Agricultural GHG Emissions and Increase Crop Yields.
Upcycling inferior Danish wood for quality barrel oak
This project pioneers a new circular pathway by enhancing Danish oak with lignin, transforming low-value sapwood into a high-performance material for spirit maturation and therefore reducing dependence on imported wood.
Økologisk plante-parmesan
Med avanceret vådekstrudering og præcis smagsudvikling sigter projektet mod at skabe en økologisk plantebaseret parmesan, der kan matche originalens smag, tekstur og funktionalitet.
Fishsafe II
Fishsafe II bygger videre på lovende resultater fra et tidligere innovationsprojekt, hvor biobeskyttelseskulturer markant reducerede Listeria og forlængede friskheden i fiskeprodukter.
Test og verificering af CIP-robot
Projektet udvikler og verificerer en ny CIP-robot, der kan automatisere rengøring af fermenterings- og procestanke. Løsningen skal sikre mere ensartet, dokumenterbar og bæredygtig rengøring end traditionelle løsninger.
Resilient, on-site green production of agricultural urea
This project explores a new way of producing green urea directly on farms using wind power, CO2 capture, and modular container technology.
Fermentering; enhedsoperationer og strukturanalyse
Gennem en avanceret fermenteringsteknologi og præcis procesoptimering udvikler dette samarbejde en række enhedsoperationer og strukturanalyse som skal indgå i en industriel proces til fremstilling af et fermenteret havreprodukt kaldet ReFerm.