Research Explorer

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Researcher

Kristof Verbeeck

Awards & Distinctions

17 Results

2021

Assessing the potential for up-cycling recovered resources from anaerobic digestion through microbial protein production

Kristof VerbeeckJo De VriezeIlje PikaarWilly VerstraeteKorneel Rabaey

A1 Journal Article in MICROBIAL BIOTECHNOLOGY

2020

The hydrogen gas bio-based economy and the production of renewable building block chemicals, food and energy

Jo De VriezeKristof VerbeeckIlje PikaarJos BoereAd Van WijkKorneel RabaeyWilly Verstraete

A1 Journal Article in NEW BIOTECHNOLOGY

2019

Electrifying biotechnology for the production of CO2-based chemicals

Kristof VerbeeckKorneel Rabaey

Membrane electrolysis for the removal of Mg2+ and Ca2+ from lithium rich brines

César H Díaz NietoNoelia A PalaciosKristof VerbeeckAntonin PrévoteauKorneel RabaeyVictoria Flexer

A1 Journal Article in WATER RESEARCH

Membrane electrolysis-assisted CO2 and H2S extraction as innovative pretreatment method for biological biogas upgrading

Kristof VerbeeckJo De VriezeMarie BiesemansKorneel Rabaey

A1 Journal Article in CHEMICAL ENGINEERING JOURNAL

2018

Interfacing anaerobic digestion with (bio)electrochemical systems : potentials and challenges

Jo De VriezeJan ArendsKristof VerbeeckSylvia GildemynKorneel Rabaey

A1 Journal Article in WATER RESEARCH

Membrane electrolysis assisted gas fermentation for enhanced acetic acid production

Kristof VerbeeckSylvia GildemynKorneel Rabaey

A1 Journal Article in FRONTIERS IN ENERGY RESEARCH

Upgrading the value of anaerobic digestion via chemical production from grid injected biomethane

Kristof VerbeeckLukas BuelensVladimir GalvitaGuy MarinKevin Van GeemKorneel Rabaey

A1 Journal Article in ENERGY & ENVIRONMENTAL SCIENCE

2017

Electrochemical CO2 extraction as innovative pre-treatment method for biological biogas upgrading

Kristof Verbeeck

Increased concentration and current efficiency for in situ extraction of acetic acid in microbial electrosynthesis from CO2

Kristof VerbeeckSylvia GildemynKorneel Rabaey

The type of ion selective membrane determines stability and production levels of microbial electrosynthesis

Sylvia GildemynKristof VerbeeckRobbe JansenKorneel Rabaey

A1 Journal Article in BIORESOURCE TECHNOLOGY

2016

In-situ membrane electrolysis enables high-rate production and electrochemical pH control in microbial electrosynthesis of acetic acid from carbon dioxide

Sylvia GildemynKristof VerbeeckRobbe JansenKorneel Rabaey

2015

Electron transfer mechanisms in biofilms

Jo PhilipsKristof VerbeeckKorneel RabaeyJan Arends

Bookchapter in Microbial electrochemical and fuel cells : fundamentals and applications

Integrated production, extraction and concentration of acetic acid from CO2 through microbial electrosynthesis

Sylvia GildemynKristof VerbeeckSunil Anil PatilRik SlabbinckStephen AndersenAntonin PrévoteauJan ArendsKorneel Rabaey

Integrated production, extraction and concentration of acetic acid from CO2 through microbial electrosynthesis

Sylvia GildemynKristof VerbeeckRik SlabbinckStephen AndersenAntonin PrévoteauKorneel Rabaey

Integrated production, extraction, and concentration of acetic acid from CO2 through microbial electrosynthesis

Sylvia GildemynKristof VerbeeckRik SlabbinckStephen AndersenAntonin PrévoteauKorneel Rabaey

A1 Journal Article in ENVIRONMENTAL SCIENCE & TECHNOLOGY LETTERS

2014

Simultaneous production and extraction of acetate from CO2 during microbial electrosynthesis

Sylvia GildemynKristof VerbeeckStephen AndersenKorneel Rabaey