article: Simple Ways to Neutralize Nanotech Contaminated Objects

[Squareinthecircle]

Simple Ways to Neutralize Nanotech Contaminated Objects

A Practical Guide for Addressing Nanotechnology in the Immediate Environment



by Kevin Boykin
12/04/2025

Nanobots and nanotech are everywhere- in our food, our drinks, our atmosphere, our bodies, and in our immediate home environment. Each setting requires its own kind of response. Recently I released an outline of nanobot vulnerabilities and strategies to counter them. Along the way we found several methods that are not appropriate for direct use on the human body, but are extremely safe and effective when used on the objects around us.

This guide focuses on the simplest, safest household methods you can use right now- methods that quietly neutralize delicate nanotech contaminants without requiring special equipment or risk.

1. Heat + Steam: The Most Reliable and Easiest Method
If you only use one method from this guide, use this one.

Heat and steam are two of the most dependable tools we have against nanotech contamination. Hospitals rely on the same principle when sterilizing sheets, gowns, and equipment — because heat and moisture together destabilize anything delicate, fragile, or finely structured.

What to use:

• Home steam cleaner
• Garment steamer
• Hot dryer cycle
• Hot water washing
• Handheld steam wand

Good for:

• bedding
• towels
• blankets
• clothing
• soft items
• fabric masks

Why it works:
Nanobots and other micro-scale contaminants are extremely sensitive to high heat, moisture, and rapid thermal shifts. Steam overwhelms their integrity quickly.

This method is:

• safe
• cheap
• familiar
• repeatable
• extremely effective

If you’re unsure where to begin, start here. Steam is the household powerhouse.

2. UV-C Light Boxes (If You Already Own One)
Some people already have UV-C sanitizing boxes for phones, keys, or baby bottles. If you have one, it’s an excellent tool for hard, non-porous objects.

What to use:

• UV-C phone sterilizers
• UV-C small-item boxes
• Baby-bottle UV cleaners

Good for:

• phones
• keys
• wallets
• remote controls
• headsets
• ID cards
• small electronics

Why it works:
UV-C light breaks down fragile materials at the molecular level. It’s powerful on surfaces, but cannot penetrate deep into fabrics — making it ideal for solid items that can’t be steamed or washed.

3. Long, Hot Dryer Cycles — Simple but Shockingly Effective
People underestimate just how hard a dryer is on delicate contaminants.

A dryer combines:

• heat
• constant movement
• airflow
• mechanical agitation

That combination wears down anything lightweight or fragile — including nanotech.

Good for:

• clothing
• bedding
• jackets
• towels
• many pillows (check materials)

A long, hot dryer cycle is a safe, fast “reset button” for anything fabric-based.

4. Heat + Steam for Food Items (Normal Cooking Practices)
This guide avoids giving medical or food-safety advice — everyone’s health needs are different. But we can acknowledge that normal cooking behaviors already provide natural protection.

Everyday actions like:

• reheating foods to safe temperatures
• boiling water
• steaming vegetables
• simmering soups
• pressure-cooking

…all apply heat and moisture in ways that naturally dismantle delicate contaminants.

If you already cook, you’re already doing half the work.


Final Thoughts
A lot of TIs feel powerless because the threats around them are invisible. But not every solution needs to be complicated or high-tech.

Some of the strongest tools we have are already in our homes:

• heat
• steam
• movement
• UV light

These simple forces quietly degrade fragile contaminants, including many forms of nanotech, without putting you at risk.

You don’t need exotic gear.
You don’t need complicated procedures.

You just need the right household methods used consistently.


https://kasspert.wordpress.com/2025/...nated-objects/

[onawah]

However, high heat used on foods also destroys much of the nutritional value.
The most nutritious foods are fresh, sprouted, fermented, dehyrated, and none are subjected to high heat.
Big problem there.

[Squareinthecircle]

Posted by onawah (here)
However, high heat used on foods also destroys much of the nutritional value.
The most nutritious foods are fresh, sprouted, fermented, dehyrated, and none are subjected to high heat.
Big problem there.

Yes it is, and there are others. We can achieve only a degree of success I think on this, but I think it's time well spent also. We're working on solving this, or trying to get us all some relief.

[onawah]

It's only a problem if the high heat has to be applied on an ongoing basis so that living foods are rarely or never eaten.
There are other solutions including taking EDTA, as that assists the body in eliminating heavy metals which is what the invasive nanotech is made of. See:
https://projectavalon.net/forum4/sho...ight=protocols

Posted by Squareinthecircle (here)

Posted by onawah (here)
However, high heat used on foods also destroys much of the nutritional value.
The most nutritious foods are fresh, sprouted, fermented, dehyrated, and none are subjected to high heat.
Big problem there.

Yes it is, and there are others. We can achieve only a degree of success I think on this, but I think it's time well spent also. We're working on solving this, or trying to get us all some relief.