NileRed
@nilered · 11M subscribers
NileRed’s most viewed videos of 2017
Lifetime totals, not views in this range.
Snapshot from 19 Oct 2026.
- Rank 1:
Aluminum and Mercury
- Rank 2:
All about Mercury, the Liquid Metal | Element Series
- Rank 3:
Extracting DNA from strawberries and eating it
- Rank 4:
Extracting the citric acid from lemons
- Rank 5:
Making Soap
- Rank 6:
The Iodine Myth
- Rank 7:
Making nylon
- Rank 8:
Extracting urea from my own pee
- Rank 9:
Turning soap into oil and making French fries
- Rank 10:
Making margarine from olive oil
- Rank 11:
Making lead crystals that taste sweet
- Rank 12:
Making glow sticks from scratch
- Rank 13:
Turning batteries into medicine
- Rank 14:
Dissolving Gold in Mercury
- Rank 15:
Making laughing gas
- Rank 16:
Making Mercury (Part 1)
- Rank 17:
Making bakelite plastic (Part 1)
- Rank 18:
Extracting mercury from contaminated water
- Rank 19:
Turning my own pee into an artificial sweetener
- Rank 20:
Extracting the spicy chemical in black pepper
- Rank 21:
Making an old pain and fever medication
- Rank 22:
Making an old hypnotic sedative and preservative
- Rank 23:
Turning aspirin pills into mint flavor
- Rank 24:
Making liquid soap
- Rank 25:
What is Milk made of?
- Rank 26:
Aluminum and Mercury - Trying out your suggestions!
- Rank 27:
The Cannizzaro reaction
- Rank 28:
Making a Mysterious Foam
- Rank 29:
Making nylon plastic
- Rank 30:
Making Mercury (Part 2)
- Rank 31:
Recreating the Briggs-Rauscher oscillating reaction
- Rank 32:
Extracting the theobromine from cocoa powder
- Rank 33:
Recreating the world's first test for diabetes
- Rank 34:
Turning mint flavor into a glowing liquid
- Rank 35:
Making bakelite plastic (Part 2)
- Rank 36:
Making Trimethylamine - The Stench of Rotting Fish
- Rank 37:
Making a dye from scratch and coloring socks!
- Rank 38:
Storing mercury without water
- Rank 39:
Making a Nylon Precursor using Green Chemistry
- Rank 40:
Aspirin to Acetaminophen - Part 6 of 6: Acetaminophen from p-aminophenol
- Rank 41:
Aspirin to Acetaminophen - Part 5 of 6: Reducing p-nitrophenol to p-aminophenol