I heard this curator saying “the damage has been done”. He said they poisoned the water, and that she needed “hydrogen peroxide”. Whatever dimensional reality he is talking about, it appears a woman is there to bring healing “to the planet” … it seems as though the Women are being called to bring Restoration.

That being said, whatever timeline or dimensional space this is, gather hydrogen peroxide … it will help …. straight out of the mouth of the poisoner. He swears she cannot do it, heal the damage he has done …. but then again, he boasts of its cure while he insists its impossible … so, take it as it resonates.

AI Overview
Yes, hydrogen peroxide (H₂O₂) can effectively clean impure water
by acting as a powerful oxidizer and disinfectant, killing bacteria, viruses, and breaking down organic pollutants and minerals like iron and sulfur, leaving only harmless oxygen and water as byproducts, making it a clean, eco-friendly option for various water treatment needs, though it’s best used in controlled systems.

How it Works
Oxidation: H₂O₂ releases nascent (newly formed) oxygen, which oxidizes contaminants, changing their chemical structure.
Disinfection: The released oxygen effectively inactivates pathogens like bacteria, viruses, and cysts.
Contaminant Removal: It oxidizes minerals (iron, manganese) and organic matter, causing them to clump and become easily filterable.
Byproduct: It breaks down into pure water and oxygen, leaving no harmful chemical residues, unlike chlorine.

Benefits
Effective: Targets a broad spectrum of contaminants, including odors (like “rotten egg” smell from hydrogen sulfide) and discoloration.
Eco-Friendly: Decomposes into water and oxygen, making it environmentally safe.
Improves Aesthetics: Removes mineral buildup, improves taste, and clarity.

Applications
Well Water: Excellent for disinfecting and treating iron/manganese issues in private wells.
Municipal/Industrial: Used for general disinfection and removing organic pollutants.

Considerations
Controlled Dosing: For safe and effective treatment, it’s usually injected into water systems in precise amounts.
Filtration Needed: After oxidation, contaminants often need to be filtered out by a separate filter system.