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This project has received funding from the European Union’s Horizon 2020 research and innovaon programme under grant agreement N°776541 Lead partners Circular Water Solutions © 2018 & Relevant sectors Beverage industry Municipal sector Space industry Key innovations & actions Maintain normal operaons at the BioMakery during and aſter the integraon of MELiSSA technology with Metabolic Network Reactor (MNR) water treatment technology. Combine MNR and MELiSSA advanced separaon technologies to create water for reuse: primarily as irrigaon water and potenally as water used during the bole-washing process and as makeup water for beer producon. Recover carbon, nitrogen, and phosphorus materials from wastewater using MELiSSA photobioreactor technology. Develop and test these materials for use as a plant ferlizer or as microbial protein for various applicaons. Relevant Data Capacity: 438 m 3 /day (10,800 PE) Footprint: 847 m2 Value: Water circularity showcase DEMO SITE: La Trappe Brewery LA TRAPPE BREWERY NETHERLANDS The Koningshoeven BioMakery is a biological wastewater treatment system based on modular and funconal reactor- based ecological engineering. The BioMakery was created based upon the principle of water-based urban circularity, where energy, food, and waste systems are built around a regenerave and sustainable water cycle. The BioMakery is powered by Metabolic Network Reactor (MNR) technology, which uses 2-3,000 different species of organisms ranging from bacteria to higher level organisms such as plants. The BioMakery serves as a test facility for advanced circular space technology developed within the micro-ecological life support system alternave (MELiSSA) program of ESA. SEMiLLA formerly known as IPStar has a mandate to implement this technology in civil society. Coupling MNR with MELiSSA technology, reuse water and phototrophic organisms will be produced. The use of Single Cell Proteins will be evaluated for all opons such as slow-release ferlizer for the plant nursery, as fish fodder, or as human food. Circular solutions for : Water Materials

Circular solutions for : Water Materials€¦ · SEMiLLA formerly known as IPStar has a mandate to implement this technology in civil society. Coupling MNR with MELiSSA technology,

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Page 1: Circular solutions for : Water Materials€¦ · SEMiLLA formerly known as IPStar has a mandate to implement this technology in civil society. Coupling MNR with MELiSSA technology,

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement N°776541

Lead partners

Circular Water Solutions

© 2018 &

Relevant sectors

Beverage industry Municipal sector Space industry

Key innovations & actions• Maintain normal operations at the BioMakery during

and after the integration of MELiSSA technology with Metabolic Network Reactor (MNR) water treatment technology.

• Combine MNR and MELiSSA advanced separation technologies to create water for reuse: primarily as irrigation water and potentially as water used during the bottle-washing process and as makeup water for beer production.

• Recover carbon, nitrogen, and phosphorus materials from wastewater using MELiSSA photobioreactor technology. Develop and test these materials for use as a plant fertilizer or as microbial protein for various applications.

Relevant DataCapacity:

438 m3/day (10,800 PE)

Footprint:

847m2

Value:

Water circularity showcase

DEMO SITE: La Trappe Brewery

LA TRAPPE BREWERYNETHERLANDS

The Koningshoeven BioMakery is a biological wastewater treatment system based on modular and functional reactor-based ecological engineering. The BioMakery was created based upon the principle of water-based urban circularity, where energy, food, and waste systems are built around a regenerative and sustainable water cycle. The BioMakery is powered by Metabolic Network Reactor (MNR) technology, which uses 2-3,000 different species of organisms ranging from bacteria to higher level organisms such as plants.

The BioMakery serves as a test facility for advanced circular space technology developed within the micro-ecological life support system alternative (MELiSSA) program of ESA. SEMiLLA formerly known as IPStar has a mandate to implement this technology in civil society. Coupling MNR with MELiSSA technology, reuse water and phototrophic organisms will be produced. The use of Single Cell Proteins will be evaluated for all options such as slow-release fertilizer for the plant nursery, as fish fodder, or as human food.

Circular solutions for : Water Materials