Research & Science
Electrochemical Oxidation: Literature
Peer-reviewed studies, conference papers, and institutional research on electrochemical advanced oxidation for wastewater treatment — indexed by contaminant, application, and publication source. We do not produce these; we index them.
This page indexes third-party research and peer-reviewed publications. We do not author, edit, or endorse the conclusions of listed studies. Each entry links to the original source. Access restrictions are set by the publisher, not by us.
Index last reviewed: July 2026.
What this index covers
Primary research, not editorial commentary
Literature indexes studies from peer-reviewed journals, conference proceedings, and government or institutional research programmes. Every entry links to the original publication — abstract at minimum, full text where open access. If a study sits behind a paywall, we note that clearly rather than paraphrasing its conclusions. Engineering commentary on what these studies mean for process design and technology selection is on the Blog. Practical documents derived from this research are in Downloads.
Electrochemical oxidation literature coverage
What every literature entry includes
Contaminant tag
Each entry is tagged by primary contaminant: PFAS, 1,4-dioxane, pharmaceuticals/PPCPs, cyanide, COD/BOD, colour/dye, ammonia, or other. Enables direct navigation from a contaminant question to relevant studies.
Source & journal
Author(s), institution, journal or conference name, and year. For government-funded research, the funding body is noted.
Access indicator
Open access (full text linked), abstract only, or paywalled — stated upfront so you know what you are clicking into before you get there.
Internal cross-links
Where a study directly informs content on this site — a blog article, a download data sheet, or a case study methodology — that link is shown alongside the external citation.
Browse by contaminant
Filter literature by treatment target
Evoaeo engineering team sorted articles, papers and other archives according to different treatment target, you can check our data base by contaminants, electrode selections, and other water reusage.
PFAS & Fluorinated Organics
Studies on electrochemical destruction of PFOA, PFOS, and related fluorinated compounds — the most active area of current research.
Pharmaceuticals & PPCPs
Research on electrochemical treatment of antibiotics, hormones, analgesics, and personal care product residues in various wastewater.
Industrial Contaminants
Studies covering 1,4-dioxane, cyanide, COD/BOD reduction, colour and dye removal, and sector-specific industrial wastewater streams.
Electrode Science
Research on electrode material performance — BDD, MMO, dimensionally stable anodes — including stability, fouling, and oxidation efficiency comparisons.
Water Reuse & ZLD
Studies on electrochemical oxidation as a polishing or destruction step within water reuse and zero liquid discharge system designs.
Literature index
All indexed studies
Entries are listed by contaminant tag and publication year, newest first within each category. Each entry shows the citation, access status, and any internal cross-links to related Blog articles or Downloads. For context on how listed regulatory studies relate to compliance planning, see Regulatory Watch. For case study applications of research covered here, see Case Studies.
From research to application
How literature connects to the rest of this site
Blog
Engineering articles that explain, contextualise, or apply the findings of studies indexed here — with explicit citation back to this page.
Downloads
Data sheets and sizing tools whose performance figures are derived from studies in this index — with version-controlled citations.
Case Studies
Deployed system results that validate, extend, or occasionally challenge the laboratory-scale findings in this index.
Regulatory Watch
Regulatory guidance documents that cite or respond to the research trajectory represented in this literature index.
Common questions about electrochemical oxidation literatures
Literature page FAQ
No. This page indexes studies authored by external researchers and institutions. We are the indexer, not the author. Our original writing is on the Blog. Our original technical documents are in Downloads. The separation matters — you should be able to tell immediately whether you are reading our analysis or somebody else’s data.
Literature indexes external peer-reviewed research with citations and source links — the primary record. The Blog contains our original engineering commentary, which may reference and link to literature entries, but represents our interpretation, not the study itself. If you want the raw finding, use Literature. If you want to understand what it means for your system design, read the linked Blog article.
Downloads contains documents we produced for practical use — templates, worksheets, guides. Literature indexes documents produced by external researchers. When a download references a performance figure, it cites the Literature entry it came from.
Use the contact form with the citation details or DOI. If it is peer-reviewed, relevant to electrochemical oxidation for wastewater treatment, and not already indexed, we will add it.
No. We link to the official publisher source. Paywalled articles are noted as such. If you have institutional access, you can retrieve the full text through your library. We do not host, reproduce, or distribute copyrighted research.
Original sources only
Every entry links to the publisher's record — we do not host or reproduce full texts.
Access status stated upfront
Open access, abstract-only, or paywalled — labelled before you click.
Cross-linked to site content
Where a study informs a blog article, download, or case study, that link is shown alongside the citation.
Researching electrochemical oxidation for a specific application?
Tell us the contaminant, the industry context, and what you are trying to determine. We can point you to the most relevant studies in the index and explain what the bench data actually shows.
Include in your request
- The contaminant or treatment objective you are researching
- Whether you need lab-scale data, pilot data, or full-scale validation
- Your application or industry context