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Plasma-activated water

A chemistry trail through water treatment and applications.

5 articles · 1 source record · 3 readable documents

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Plasma-Activated Water

This page records a source dossier on plasma-activated water (PAW). The supplied capture is substantial: it contains abstracts of peer-reviewed reviews and studies, patent texts, and links to commercial and institutional material. What follows summarises the dossier's contents with attribution to the cited works, and distinguishes reported measurements from promotional or patent assertions.

Physical Properties of Plasma-Activated Water, Figures 1–2: the gliding-arc apparatus and working schematic.
Physical Properties of Plasma-Activated Water, Figures 1–2: the gliding-arc apparatus and working schematic.
Mobish Shaji et al., Physical Properties of Plasma-Activated Water, Plasma 6 (2023). CC BY 4.0. Figure region cropped from document page 3.

What the source is

The source is a single-topic dossier page hosted on the source archive, the editor-led archive of inventor dossiers, patent references and alternative-science material that this wiki catalogues. Its native identity in this wiki is the file [source note 2], corresponding to a page whose name centres on "PlasmaActivatedWater".

The audit envelope accompanying the capture classifies the page's topic distribution across three areas — agriculture, physics devices, and a mixed/other category — which suggests the original page spans both an application framing (agricultural use of treated water) and a device or apparatus framing (equipment said to produce the treated water). This combination is a recurring pattern in the source archive dossiers, where a device is described alongside a claimed beneficial effect.

Capture status and its consequences

The capture is text-only: no images were captured, so any diagrams or photographs on the original page are absent. The text itself, however, is extensive and includes abstracts, patent descriptions, and named citations. The dossier's contents are therefore reported below with attribution to the cited works; where a claim originates in a patent or a commercial page, that is noted.

The subject: plasma-activated water

Plasma-activated water is water that has been exposed to a non-thermal (cold atmospheric) plasma discharge, typically above or in contact with the liquid surface. The treatment transfers reactive species from the gas-phase plasma into the liquid, producing water with altered chemistry relative to untreated water. The general scientific picture — described here as background, not as a claim from this source — is that PAW acquires:

  • Reactive oxygen and nitrogen species (RONS) dissolved or formed in the liquid, such as hydrogen peroxide, nitrite, nitrate and peroxynitrite-related species;
  • A shifted pH, often toward acidity when nitrogen oxides dissolve and form nitrous and nitric acids;
  • An altered oxidation–reduction potential, reflecting the pool of reactive species present.

These properties are short-lived and decay over time, which is one reason PAW is usually discussed as a freshly prepared treatment rather than a stored product. See Plasma-Activated Water (PAW) for the concept page and Non-Thermal Plasma (Cold Atmospheric Plasma) for the generating discharge.

Why the agriculture tag matters

The audit's agriculture classification places this dossier alongside the archive's agricultural material. In the wider literature, plasma-treated water is investigated for seed priming, irrigation, and crop protection, and plasma treatment of seeds and plants is often grouped under the heading of plasma agriculture. This wiki records that framing as a subject area (Plasma Agriculture) without endorsing any particular result, because the present capture supplies no trial data, no dosages, no crop species, and no outcomes.

Evidence status

The dossier is an archive page: a collection of material assembled by an editor, not itself a peer-reviewed study or a controlled trial. Its evidentiary weight therefore depends on the individual items it cites. The dossier reproduces abstracts from peer-reviewed journals (e.g. Critical Reviews in Food Science and Nutrition, J. Phys. D Appl. Phys., Green Chem., Front. Plant Sci.) reporting measured effects such as log-reductions of bacteria, changes in germination rates, and RONS concentrations; these are reported measurements from the cited studies, not independent replications by this wiki. Where the dossier cites patents, the wiki's standing caution applies — a patent documents a filing and a description, not a demonstrated effect (Patent as Evidence). Where it cites commercial pages (e.g. Vital Fluid, Plasma Blue, Henniker Plasma), those are promotional descriptions of products, not measurements.

Limitations and unresolved questions

  • No images were captured, so any diagrams or photographs on the original page are absent.
  • The dossier mixes peer-reviewed abstracts, patent texts, commercial pages, and video links; the wiki reports each according to its source type rather than treating the dossier as a single evidentiary unit.
  • Several cited items are reviews or meta-analyses rather than primary trials; their conclusions are reported as the authors' syntheses.
  • Patent texts describe claimed inventions and embodiments, not demonstrated field performance.

Related work in this wiki

Source notes & attribution
  1. source dossier on plasma-activated water. Native source file: rexresearch/ff5ed80b1e4acb5c.md . Capture incomplete; no images captured; moderate capture-problem probability.
  2. rexresearch/ff5ed80b1e4acb5c.md
  3. https://rexresearch.com/PlasmaActivatedWater/PlasmaActivatedWater.html

Go deeper.

4 further articles
Article
2 min

Plasma-Activated Water (PAW)

Plasma-activated water is water that has been treated by exposure to a non-thermal plasma discharge, acquiring dissolved reactive species and a changed acid–base and redox character. It is the central subject of the source dossier recorded at Plasma-Activated Water: A source Dossier (Provisional Record) , though that capture is

Article
1 min

Non-Thermal Plasma (Cold Atmospheric Plasma)

Non-thermal plasma , also called cold atmospheric plasma (CAP) , is a partially ionized gas in which the electrons carry much higher energy than the bulk gas molecules, so the gas as a whole remains near room temperature. It is the discharge used to produce Plasma-Activated Water (PAW) , the subject of the source dossier recorde

Article
1 min

Plasma Agriculture

Plasma agriculture is the application of plasma technology — including non-thermal plasma and plasma-treated water — to agricultural practice. It is the application framing implied by the agriculture classification of the source dossier recorded at Plasma-Activated Water: A source Dossier (Provisional Record) .

Article
1 min

Reactive Oxygen and Nitrogen Species (RONS)

Reactive oxygen and nitrogen species (RONS) is the collective term for short-lived, chemically reactive molecules and ions containing oxygen and/or nitrogen. In the context of this wiki they are the proposed active agents in Plasma-Activated Water (PAW) , produced when a Non-Thermal Plasma (Cold Atmospheric Plasma) discharge con

The visual record.

2 archived figures · open to inspect

The source room.

Everything readable here stays on Strangewell

Archived texts preserve what the source said. They may contain historical, speculative, or promotional claims; inclusion is not verification.

Source text
38 min

Plasma-Activated Water (PAW) --- Articles & patents

https://www.patsnap.com/resources/blog/articles/plasma-activated-water-technology-landscape-2026/ Plasma activated water technology landscape 2026

Supporting documents (17)

“Captured” means saved for research; a full reading guide may still be pending.

PPTXUnavailable in capture
plasma-06-00005Read on Strangewell
processes-11-02213-v2Captured · guide pending
Implications of reactive oxygen and nitrCaptured · guide pending
Effects of plasma-activated water treatment on seed germination and growth of mung bean sproutsRead on Strangewell
Yemeli-ppap20 effectofwateractivatedbynonthermalairplasmaonthegrowthoffarmplantsCaptured · guide pending
Effects of LPDBD Plasma and Plasma ActivCaptured · guide pending
Plasma Processes Polymers Production and Chemical CompositionCaptured · guide pending
appln paw dentistry ijms-23-04131Read on Strangewell
CN122010600ACaptured · guide pending
CN121842921ACaptured · guide pending
CN121773872ACaptured · guide pending
CN121377201ACaptured · guide pending
CN121020715ACaptured · guide pending
RS20250098A1Captured · guide pending
TranslationCaptured · guide pending
TranslationCaptured · guide pending

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