Impact of CO2 and H2 on material behaviour during electrochemical processes

Starting an electrical conversation between microorganisms and electrodes to achieve bioproduction

A Disruptive Innovative Cooperative Entrepreneurial (DICE) education, training and skills development programme rolling out the next generation of Agri Biorefinery and Valorisation Bioeconomy leaders

Ambient temperature conversion of organic waste to compressed H2 and CO2 in a bioelectrochemical system for chemicals production

BELISSIMA- Phase A

(Bio)Electrical extraction and recovery of metals from low grade ores and residues

Bioelectrochemical systems as concentration cells for nutrients and organics

Biogas-MAMBO: Enhanced biogas valorization by membrane, adsorption and microbial technologies

Biorefining lactic acid and methane from lignocellulosic biomass

Biotechnology for a sustainable economy (Bio-Economy)

Blackwater treatment and post-treatment in an integrated AnEMBR-METland system using Ni coated electrocatalytic ceramic membranes.

BrineRIS: Brines of RIS countries as a source of CRM and energy supply

BrineRIS: Brines of RIS countries as a source of CRM and energy supply

Brines of RIS countries as a source of CRM and energy supply

Chemical building blocks from versatile MSW biorefinery

CO2 for energy storage (EnOp)

Converting waste carbon into valuable products by electricity-eating microbes

Denitrification via capacitive bioparticles in fluidized bioelectrochemical systems (BES)

Development of a bioproduction and bioenergy pipeline on domestic wastewater: the domestic biorefinery Bilaterale samenwerking met China

Development of a robust technology for safe water supply by in-situ disinfectant production with a (bio)electrochemical system coupled to constructed wetlands.

Development of a robust technology for safe water supply by in-situ disinfectant production with a (bio)electrochemical system coupled to constructed wetlands. Case study on Ecuador, rural areas

Development of Fibre Degradation Unit (FDU-MELiSSA) - FASE 1

Development of sol-gel based Ti4O7 electrodes for electrochemical water oxidation: the influence of anode configuration on the performance and long term stability of the treatment.

Electricity driven Low Energy and Chemical input Technology foR Accelerated bioremediation

Electrochemical N/K recovery from digestate coupled to the prevention of ammonia toxicity during anaerobic digestion

Electroflex

Fast-forward Microbial Protein >>MicPro

FDU- Fase 2

FDU- Fase 3

Francqui leerstoel 2014-2015 David Sedlak

From heterogeneity to homogeneity in bioproduction: taking complex biomass into high purity products with electrochemistry

Full Carbon Utilization: Conversion of abundant Flemish waste streams into platform chemicals using advanced separation and catalytic technologies

Get-A-Met: Groundbreaking extraction technology for critical metals and metalloiods from industrial wastewaters

Impact of in-line product extraction on microbiome and performance of carboxylate platform fermentations

Integration of biology and engineering into an economical and energy-efficient 2G bioethanol refinery

International Francqui Professorship – Bruce Ernest Logan

Membrane electrolysis for resource-efficient lithium and water recovery from brines

MICRO2: Micro-electronics for microbiology 

Microbial electrosynthesis via intermediates

Microbially catalyzed electricity driven bioproduction from CO2 at the cathode in bioelectrochemical systems

Microbial protein production through valorization of side streams originating from the dairy industry and agriculture

Optimalisation of the microbial electrosynthesis by Clostridium ljungdahlii

Optimisation of fermentation and electrolytic extraction for targeted chain elongation

Oxidative bioelectrosynthesis for chemical production

Pilot scale process for the production of caproic and caprylic acid from biorefinery sidestreams

Preparation Expansion REgio Ghent as Hub for Carbon Capture and Utilization

Realisation protein strategy CEMPA: converting C to ethanol and upgrading to microbial proteins for aquaculture

RENEW

resource recovery from wastewater

SMART MODULAR MOBILE BIOREFINING OF MANURE TO ZERO-WASTE MAXIMISING RESOURCE AND NUTRIENT RECOVERY FOR FEED AND FERTILISER BIOINGREDIENTS IN RURAL AREAS

Strategic Institutional Partnership University of Queensland

SuPER-W - Resource, Product and Energy Recovery from Wastewater / Controlling and modelling carboxylate production in carboxylate platform

Sustainable Product, Energy and Resource Recovery from Wastewater

The effects of surface chemistry and topography on the biofilm formation and electron transfer in bioelectrochemical systems

The impact of nanoscale and microscale topography on the interaction between microorganisms and carbon electrodes

Understanding electroactivity of oral cavity microorganisms with a novel high-throughput electrochemical array.

Upgrading biorefinery side-streams via chain elongation and fermentation

Urban Academy: a collaboratorium for sustainability issues in Ghent

Use of electricity for fermentation control and biochemicals production

Widely parallel active potentiostat for accelerating electrochemical experiments (PACTIOSTAT)

Development of biofilm-based fermentation technologies for carbon capture and utilization

Fermentative granules for bio-production: from mechanisms of biofilm formation to real wastewater application

Functionalised nanofibrous organosilica membranes for advanced affinity-based separation applications

Living plants in microbial fuel cells for clean, renewable, sustainable, efficient, in-situ bioenergy production

Process optimisation and valorisation of short-chain fatty acids from fermentation

Production of meat analogues using microorganisms grown on acetate

Pushing the frontier of circular agriculture by converting residues into novel economic, social and environmental opportunities

removal of micropollutants from water using a combination of electrochemical sorption/desorption and biogenic nanoparticles.

Sustainable Product, Energy and Resource Recovery from Wastewater

University of California, Berkeley - UGent Partnership

Water Treatment Unit Breadboard

FDU- Fase 3

Nanofibrous membranes for today’s environmental research questions.