LIFE Kaumera2Market: Solutions to increase upscaling and replication of LIFE Waste2kaumera and other projects on wastewater resource recovery
The LIFE Kaumera2Market project aims to make the biopolymer Kaumera economically viable through public-private cooperation, while providing replicable models for resource recovery in EU wastewater treatment.
Projectdetails
Introduction
Municipal sewage is treated at wastewater treatment plants (WWTPs), and within this sewage, there are valuable materials. From 2017 to 2023, the Project LIFE Waste2Kaumera focused on recovering one of these valuable materials called Kaumera, which is a type of biopolymer. Although the project was successful in its technological and environmental goals, it faced challenges in making it economically viable for further use.
Project Goals
The LIFE Kaumera2Market project aims to enhance replication and has two main goals:
-
Overcoming Economic Barriers
Firstly, to overcome the barriers and challenges faced in making Kaumera economically viable. These barriers include:- Meeting regulations
- Ensuring product quality
- Reaching the market
- Managing collaborations between public and private entities
Overcoming these challenges is crucial for the long-term success of using Kaumera.
-
Transferring Best Practices
Secondly, to transfer LIFE Kaumera2Market best practices to other LIFE and EU projects. LIFE Kaumera2Market demonstrates effective solutions and strategies to overcome these barriers, becoming an important example and blueprint for other initiatives (past, present, future) focused on resource recovery at WWTPs, in both the Netherlands and other EU member states.
Project Activities
Project activities encompass the following:
- Development of a governance model based on public-private cooperation
- Setup of a cooperative involving six waterboards (including two project partners and four new ones)
- Establishment of a startup company through cooperation between the cooperative and private company RHDHV
The cooperation will be responsible for planning the construction of a new Kaumera production plant in the Netherlands and providing replicable models and approaches to stimulate upscaling and replication of other EU projects focused on resource recovery at WWTPs.
Business Development
The start-up company will:
- Apply for a CE-mark for Kaumera's use as a biostimulant
- Develop new sales routes for Kaumera
- Build a business case for replication of LIFE Waste2Kaumera in the EU
All project activities also aim to create additional jobs.
Financiële details & Tijdlijn
Financiële details
Subsidiebedrag | € 991.258 |
Totale projectbegroting | € 1.652.097 |
Tijdlijn
Startdatum | 1-10-2023 |
Einddatum | 30-9-2026 |
Subsidiejaar | 2023 |
Partners & Locaties
Projectpartners
- WATERSCHAP RIJN EN IJSSELpenvoerder
- WATERSCHAP VALLEI EN VELUWE
- HASKONINGDHV NEDERLAND BV
- KAUMERA SALES & SERVICES BV
Land(en)
Vergelijkbare projecten binnen LIFE
Project | Regeling | Bedrag | Jaar | Actie |
---|---|---|---|---|
Marketable high performance compact technologies for the abatement of VOCs in EU waste treatment plants, decreasing CO2 emissions and energy consumption.LIFE ABATE aims to reduce VOC and CO2 emissions from MBT plants using innovative adsorption and biotrickling technologies, while promoting greenhouse CO2 utilization and market adoption across the EU. | LIFE Standar... | € 1.947.637 | 2023 | Details |
Reuse of bEer SpenT grAin foR bioplasTicsLIFE RESTART aims to recycle beer spent grain into bioplastics, reducing landfill waste and water consumption while creating jobs and promoting a circular economy in Sicily. | LIFE Standar... | € 1.770.240 | 2022 | Details |
Recovering landfill waste through an innovative and integrated process committed to the circular economyThe LIFE ZEROLANDFILLING project aims to demonstrate a sustainable management system for non-recyclable municipal solid waste, converting it into valuable products while significantly reducing CO2 emissions. | LIFE Standar... | € 2.956.383 | 2023 | Details |
PLASTIC2WAXLIFE: Demonstrating a scalable modular pyrolysis process to give new life to waste plastics while enabling local production of sustainable wax (aka NEWLIFE2PLASTIC)PLASTIC2WAXLIFE aims to scale a pyrolysis process to convert waste plastics into sustainable wax, reducing waste incineration and CO2 emissions while meeting growing market demand. | LIFE Standar... | € 3.013.971 | 2022 | Details |
NEW MODEL FOR THE APPLICATION AND USE OF RECLAIMED WATER IN INDUSTRIAL ENVIRONMENTS IN THE CERAMICS SECTORLIFE REWAINCER aims to reduce fresh water extraction in southern Europe by validating water regeneration technologies for the ceramics industry, promoting economic growth and sustainable water use. | LIFE Standar... | € 796.216 | 2023 | Details |
Marketable high performance compact technologies for the abatement of VOCs in EU waste treatment plants, decreasing CO2 emissions and energy consumption.
LIFE ABATE aims to reduce VOC and CO2 emissions from MBT plants using innovative adsorption and biotrickling technologies, while promoting greenhouse CO2 utilization and market adoption across the EU.
Reuse of bEer SpenT grAin foR bioplasTics
LIFE RESTART aims to recycle beer spent grain into bioplastics, reducing landfill waste and water consumption while creating jobs and promoting a circular economy in Sicily.
Recovering landfill waste through an innovative and integrated process committed to the circular economy
The LIFE ZEROLANDFILLING project aims to demonstrate a sustainable management system for non-recyclable municipal solid waste, converting it into valuable products while significantly reducing CO2 emissions.
PLASTIC2WAXLIFE: Demonstrating a scalable modular pyrolysis process to give new life to waste plastics while enabling local production of sustainable wax (aka NEWLIFE2PLASTIC)
PLASTIC2WAXLIFE aims to scale a pyrolysis process to convert waste plastics into sustainable wax, reducing waste incineration and CO2 emissions while meeting growing market demand.
NEW MODEL FOR THE APPLICATION AND USE OF RECLAIMED WATER IN INDUSTRIAL ENVIRONMENTS IN THE CERAMICS SECTOR
LIFE REWAINCER aims to reduce fresh water extraction in southern Europe by validating water regeneration technologies for the ceramics industry, promoting economic growth and sustainable water use.
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Ephyra: demonstratie innovatieve gistingstechnologie/vergisting van zuiveringsslib
Het project demonstreert de Ephyra-technologie op AWZI Tollebeek om biogasproductie met 80% te verhogen en CO2-uitstoot te verlagen, wat leidt tot duurzame energieoplossingen voor waterschappen.
Scheiden voor recycling
New Wave ontwikkelt een techniek voor efficiënte scheiding van plasticafval, gericht op hoogwaardige recycling en circulaire economie.
Themista: demonstratie energiebesparing door innovatieve voorbehandelingstechniek zuiveringsslib
Het project demonstreert de innovatieve slibvoorbehandelingstechnologie Themista op AWZI Kralingseveer om biogasproductie te verhogen en CO2-uitstoot te verminderen, met potentieel voor internationale marktintroductie.
Haalbaarheidsstudie naar de ontwikkeling van een schaalbaar productieproces van een innovatief nieuw
Het project onderzoekt de technische en economische haalbaarheid van grootschalige productie van een 100% natuurlijk biocomposiet uit lokale biomassa voor een circulaire bouwsector.
Innovatieve verwaarding van natte biomassastromen voor feed & food toepassingen
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