Digital matchmaking platform furthering industrial symbiosis by linking brine owners with mineral/water re-users and technology providers. Over 2500 registered users and counting. Seeking circular business opportunities for your company’s untreated brine streams or seeking secondary minerals? Register to the Online Brine Platform today!
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Contact:
Technical University of Athens (NTUA):
[email protected]
More Information:
ZERO BRINE Online Brine Platform
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ZERO BRINE has developed a software tool to help brine owners analyse treatment chains. The Remote Component Environment (RCE) is freely available and can be accessed by brine owners to simulate their case studies and to evaluate the techno-economic feasibility of treatment chains in different process industries. The tools, developed in Python and Matlab, cover technologies including nanofiltration, crystallisation, and many more.
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Contact:
German Aerospace Center (DLR):
Benjamin Fuchs
firstname.lastname[at]dlr.de
More Information:
ZERO BRINE – Brine Simulation Tools
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In partnership with ELSEVIER, ZERO BRINE is proud to publish its Special Issue on Circular Economy Solutions for Industrial Brines as part of the Water Resources and Industry (WRI) series.
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Contact:
Danielle Kutka (REVOLVE)
[email protected]
More Information:
ZERO BRINE Special Issue
Additional Resources:
ZERO BRINE publications
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ZERO BRINE media kits include factsheets on the pilot demonstrations for the demineralised water plant, coal mine, silica factory, and textile factory, contextualising the issue of brines, showcasing the technology schemes, and the business opportunities for recovered quality minerals and water. The factsheets and videos also highlight the key results of the demonstrations in terms of reductions in water use and energy use, environmental and economic benefits and recovered resources.
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Contact:
Danielle Kutka (REVOLVE)
[email protected]
More Information:
ZERO BRINE MEDIA KITS: www.zerobrine.eu/media-kit
Additional Resources:
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The ZERO BRINE training aims to increase capacity building among authorities and business enterprises by contextualising issues of brine releases while introducing principles of circular economy, industrial symbiosis, and promoting the ZERO BRINE project and the Online Brine Platform (OBP) to inspire circular solutions for industry brine.
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Contact:
Danielle Kutka (REVOLVE)
[email protected]
More Information:
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A bioelectrochemical conversion process that transforms CO2 extracted from biogas into valuable molecules to be used by chemical industries.
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Contact:
Víctor Monsalvo
firstname.lastname[at]fcc.es
More Information:
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To improve the bioconversion of sewage sludge,
Aqualia splits the anaerobic digestion process into two reactors and works with co-digestate.
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Contact:
Víctor Monsalvo
firstname.lastname[at]fcc.es
More Information:
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The ‘PHARIO’ concept produces PHA by utilising bacteria that purify wastewater and are being fed with organic residues.
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Contact:
Alan Werker
firstname.lastname[at]Wetsus.nl
Etteke Wypkema
first-initial.lastname[at]brabantsedelta.nl
More Information:
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Software tool for the reduction of costs and time for design and implementation of advanced wastewater treatment technologies
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Contact:
María López-Abelairas
firstname.lopez[at]idener.es
More Information:
www.idener.es
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Bio-based VFAs production from waste and wastewater for the reduction and mitigation of carbon footprint, valorisation of waste.
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Contact:
Jesus Enrique Rodriguez Gamero
firstname.rodriguezgamero[at]innoven.it
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New processes for reuse water production and valuables recovery from wastewaters to be used as such or for valorisation
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AFTERLIFE Recovery of high added value compounds/metabolites from wastewater
New processes for the selective extraction, fractionation and purification for the recovery of high added molecules for the food sector
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Contact:
Sébastien Cajot
firstname.lastname[at]celabor.be
More Information:
www.celabor.be
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AFTERLIFE Reused Water Production and Valuables Recovery Process
Optimized conditions for PHA production from fermented food waste streams using mixed microbial cultures
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Contact:
Maria da Ascensão Carvalho Fernandes Miranda Reis
amr[at]fct.unl.pt
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Contact:
María Auxiliadora Prieto Jiménez
auxi[at]cib.csic.es
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AFTERLIFE Methodologies for the conversion of biopolymers into thermoplastic materials
Optimised formulation and processing for the production of PHA-based materials
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Contact:
Tamara Oroz Mateo
firstname.oroz[at]lurederra.es
More Information:
“AFTERLIFE” Advances in the Revaluation of Wastewater Compound
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Run4Life High temperature Anaerobic Digestion Process
Optimized conditions for fertiliser production from anaerobic digestate – Obtains safe fertilisers in a one-step treatment
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Contact:
M. Vaneekert
firstname.lastname[at]wur.nl
P. Chatzopoulos
initial.lastname[at]desah.nl
More Information:
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Run4Life New Dual Flush toilets for an ultra-low flush vacuum system
Optimized water usage of a vacuum toilet
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Contact:
dt[at]ecomotive.no
More Information:
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Run4Life Bio-Electrochemical system (BES) technology for nutrient recovery
Innovative technology for nutrient recovery from wastewater
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Contact:
Eborras[at]leitat.org
nicolas.morales.pereira[at]fcc.es
More Information:
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Run4Life Three pipe system to treat wastewater and kitchen waste with optimal efficiency
Optimized infrastructure for wastewater and kitchen waste for optimal efficiency of the treatment and resource recovery
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Contact:
Hamse Kjerstadius
firstname.lastname[at]nsva.se
More Information:
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Run4Life One-step fertiliser production
Nutrient and energy recovery from black water through hyper-thermophilic digestion
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Contact:
P. Chatzopoulos
initial.lastname[at]desah.nl
More Information:
Demonstrations sites – H2020 project Run4Life (run4life-project.eu)
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Run4Life Full-Scale Decentralised Wastewater Treatment and Nutrient Recovery Process from Segregated Wastewater
Full-scale decentralised applications of resource recovery from wastewater at an office building
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Contact:
nicolas.morales.pereira[at]fcc.es
More Information:
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Run4Life Wastewater reuse, nutrient recovery and energy recovery in a new city district
Full scale implementation wastewater treatment and resource recovery technologies for a larger number of houses and a variety of other buildings
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Contact:
Lieven Demolder
firstname.lastname[at]cleanenergyinvest.be
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Run4Life Commercial Tailor-made NPK Pellets Fertiliser
Increased marketability of fertiliser from wastewater
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Contact:
Hamse Kjerstadius
firstname.lastname[at]nsva.se
More Information:
Fertiliser product fact sheet – Tailor-made NPK pellets
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Run4Life Junior Science Lab
A lecture for children about wastewater treatment and recovery of nutrients from segregated wastewater streams, including a practical experiment
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Contact:
Iemke Bisschops
firstname.lastname[at]wur.nl
More Information:
Junior Science Activity - Resource recovery from wastewater
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