Raf Dewil: advisors and students

Academic Ancestry

a person in the record

Raf Dewil

Researcher

Supervised 23 doctoral students. Linked to Wikidata and ORCID.

Two steps up and one down. Dashed lines come from thesis records, solid lines from Wikidata. The full sheet opens at four up and two down.

How to read the markscited by a repository's recordstated by Wikidata or indexed by OpenAlexclaimed on an ORCID list, or inferred

Students23

cited by a thesis record
Mohammad Hassanzadeh “Marine corrosion and corrosion-fatigue of lean duplex stainless steels and electrical resistance sensor-based corrosion monitoring for offshore applications”
2026 · doctoral
cited by a thesis record
Kun Tian “Degradation of per- and polyfluoroalkyl substances (PFAS) in wastewater by advanced reduction processes”
2026 · doctoral
cited by a thesis record
Yong Liu “Photo-electrocatalytic degradation of recalcitrant organic pollutants using non-metal catalysts”
2025 · doctoral
cited by a thesis record
Izba Ali “In-situ production of H2O2 at the cathode surface via catalytic coating”
2025 · doctoral
cited by a thesis record
Bo-yang Chen “Alkaline in-situ treatment: influence on the microbial activity and biomethane yield of anaerobic digestion”
2024 · doctoral
cited by a thesis record
Nadia Gadi “Electrochemical advanced oxidation processes for micropollutant removal towards implementation at an industrial scale”
2024 · doctoral
cited by a thesis record
Brent Verhoeven “Material selection and corrosion behaviour of candidate alloys for the long term geological disposal of nuclear waste”
2024 · doctoral
cited by a thesis record
Yongtao Xue “Application of advanced functional materials for the removal of pharmaceutically active compounds and study of the involved mechanisms”
2024 · doctoral
cited by a thesis record
Yimin Deng “Solar energy-driven hydrogen production”
2023 · doctoral
cited by a thesis record
Advait Palakodeti “Ammonia recovery from anaerobic digestion via gas-liquid stripping, and its subsequent utilisation in a solid oxide fuel cell for electricity production”
2023 · doctoral
cited by a thesis record
Sara Feijoo Moreira “Sulfate radical-based electrochemical advanced oxidation processes for the removal of contaminants of emerging concern in wastewater”
2023 · doctoral
cited by a thesis record
Xi Zhang “Degradation of persistent organic pollutants in wastewater by periodate-based advanced oxidation processes”
2023 · doctoral
cited by a thesis record
Xingyue Yu “Unraveling the mechanisms behind Advanced Reduction Processes as an innovative purification method for industrial wastewater”
2021 · doctoral
cited by a thesis record
Hannah Milh “Sulfate radical based AOP for the treatment of sulfamethoxazole in water: an interdisciplinary approach to unravel the full degradation mechanism”
2021 · doctoral
cited by a thesis record
Maarten Nagels “Integrated treatment of non-ionic surfactant containing industrial wastewater: process optimization, material selection and life cycle analysis”
2021 · doctoral
cited by a thesis record
Xiaobin Yu “Assessing the applicability of ozonation and CuO based AOP’s in the degradation of recalcitrant organic compounds from wastewater”
2021 · doctoral
cited by a thesis record
N. Sweygers “The microwave-assisted production of 5-hydroxymethylfurfural and furfural from renewable resources”
2019 · doctoral
cited by a thesis record
B. Bastiaens “Investigation of the stimulation of anaerobic digestion processes via application of low energetic microwave and ultrasonic irradiation.”
2018 · doctoral
cited by a thesis record
Nina Van de Moortel “Treatment of activated sludge to improve the biological wastewater treatment process Ultrasound versus plasma treatments”
2018 · doctoral
cited by a thesis record
Jonas De Coster “Potential of electrochemical oxidation for anaerobic toxicity reduction of 4-chlorophenol containing wastewater”
2017 · doctoral
cited by a thesis record
Pieter Van Aken “Removal of Toxic and Recalcitrant Pollutants from Wastewater by a Combined Approach of Advanced Oxidation and Biological Treatment”
2016 · doctoral
cited by a thesis record
Anke Brems “Energy and Chemicals through Pyrolysis of Thermoplastic Polymers: Kinetics and Reactor Design (Energie en chemicaliën via pyrolyse van thermoplastische kunststoffen: kinetica en reactorontwerp)”
2013 · doctoral
cited by a thesis record
Bart Peeters “Effect of Activated Sludge Composition on its Dewaterability and Sticky Phase (Het effect van de actief slib samenstelling op haar ontwatering en kleeffase)”
2011 · doctoral

The line above and below

The advisors of their advisors, four steps up at most, in the thesis records and on Wikidata, each kind marked; a person in both is listed once.

Below them, within 3 steps, the record reaches 24 people: 24 cited by thesis records.

Education and career4

From Wikidata, shown separately from the thesis records. Each place opens its Wikidata item.

2007 to 2014
Katholieke Universiteit Leuven
worked
2014 to 2018
Katholieke Universiteit Leuven
worked
2018 to 2022
Katholieke Universiteit Leuven
worked
from 2022
University of Oxford
worked

At a glance

known as: researcher

stated by WikidataStated by Wikidata, shown apart from the thesis records.

Elsewhere2

identity

stated by WikidataWikidataQ56296521
cited by a thesis recordORCID0000-0003-4717-5484stated by Wikidata · on their thesis record at KU Leuven Lirias

Registers and profiles the record links this person to, each saying where the link was read.

Cite this page

Read on 4 November 2026. A citation names the day the record was read, not a version.

Show the citations

bibtex

@misc{academicancestry_Q56296521,
  author = {{Academic Ancestry}},
  title = {{Raf Dewil: advisors and students}},
  year = {2026},
  url = {https://academicancestry.org/person/Q56296521},
  note = {read on 2026-11-04}
}

apa

Academic Ancestry. (2026, November 4). Raf Dewil: Advisors and students [Read on 2026-11-04]. https://academicancestry.org/person/Q56296521