Table of Contents
- 1 What happens if you mix hydrogen peroxide and sugar?
- 2 Can hydrogen peroxide be used in explosives?
- 3 Does hydrogen peroxide dissolve sugar?
- 4 What makes peroxide explosive?
- 5 What metals react with hydrogen peroxide?
- 6 What can hydrogen peroxide melt?
- 7 What is a hydrogen peroxide bomb?
- 8 What are some examples of explosives made from peroxide?
- 9 What fuels are used to make explosives?
What happens if you mix hydrogen peroxide and sugar?
The mixture of sugar and hydrogen peroxide produces a renewable liquid fuel that can be stored for long periods – weeks, months, years – and used when needed to power automobiles or to heat homes, factories and office buildings, or to power steam turbines for producing electricity during peak-time demand.
Can hydrogen peroxide be used in explosives?
many commonly available materials, such as fertilizer, gunpowder, and hydrogen peroxide, can be used as explosive materials in IEDs (see table ). Explosives must contain a fuel and an oxidizer, which provides the oxygen needed to sustain the reaction.
What two liquids make an explosion?
The most common peroxide explosive is triacetone triperoxide or TATP, which is made from two liquids: acetone, the primary ingredient of most nail polish removers, and hydrogen peroxide, commonly used as an antiseptic when diluted.
Does hydrogen peroxide dissolve sugar?
Sugars and alcohols would dissolve in peroxide reasonably well. A dilute solution of glucose or sucrose in peroxide would be reasonably stable.
What makes peroxide explosive?
Another source of hydrogen peroxide explosions is the sealing of the material in strong containers. Under such conditions, even gradual decomposition of hydrogen peroxide to water + 1/2 oxygen can cause large pressures to build up in the containers, which may then burst explosively.
Can hydrogen peroxide explode in heat?
In practice, hydrogen peroxide will undergo potentially explosive thermal decomposition if heated to this temperature. It may be safely distilled at lower temperatures under reduced pressure.
What metals react with hydrogen peroxide?
Hydrogen peroxide decomposes into water and oxygen upon heating or in the presence of numerous substances, particularly salts of such metals as iron, copper, manganese, nickel, or chromium.
What can hydrogen peroxide melt?
Pure hydrogen peroxide won’t dissolve anything, but if it is just slightly acidified, it is very good at dissolving black and brown weathering films of manganese oxides.
Can hydrogen peroxide be heated?
Heating hydrogen peroxide causes it to loose stability and decompose into both oxygen and water, the oxygen is release is exothermic decomposition which can combust if it mixes with fire. Heating hydrogen peroxide with flames can therefore cause an explosion when the exothermic release of oxygen occurs.
What is a hydrogen peroxide bomb?
Peroxide-based explosives, or the hydrogen peroxide bomb, can be made into liquid or solid explosives using things reasonably available things. If you will reach back to your high school chemistry class, you may recall that hydrogen peroxide is an oxidizer.
What are some examples of explosives made from peroxide?
Peroxide-based explosives (typically made from acetone, hydrogen peroxide, and sulfuric acid) have been used by suicide bombers in Israel , in the London bombing attack, and by shoe bomber Reed who boarded a commercial airline flight. The clandestine drug manufacturer.
What happens when you mix hydrogen peroxide with fuel?
Mixing concentrated hydrogen peroxide (CHP) with a fuel can create a liquid explosive. Fuels such as acetone and ethanol may be used, but even things like black pepper and sugary drink powders can be used. Different fuels mixed with varying concentrations of CHP can create explosives that range from high energy to low energy.
What fuels are used to make explosives?
Fuels such as acetone and ethanol may be used, but even things like black pepper and sugary drink powders can be used. Different fuels mixed with varying concentrations of CHP can create explosives that range from high energy to low energy.