'Organic' in chemistry means hydrocarbon. There are hundreds of combustible hydrocarbons. Nearly all organic molecules can burn in oxygen. Examples are:
CH4 - methane
C3H8 - propane
C6H6 - benzene
C8H18 - octane
Organic compounds can be both flammable and combustible. Flammable materials ignite easily and burn rapidly at low temperatures, while combustible materials require higher temperatures to ignite and burn. The flammability and combustibility of organic compounds depend on their chemical structure, such as the presence of carbon-carbon or carbon-hydrogen bonds that can easily break and react with oxygen in the air.
No, ammonia is not a combustible gas. It is a highly reactive gas that can contribute to combustion if in the presence of other combustible materials, but it is not considered combustible on its own.
Example sentence - The combustible materials made the fire burn hotter.
No, ammonia is not combustible on its own. However, it can act as a fuel and support combustion in the presence of other flammable materials.
No, hydrochloric acid is not combustible. It is a strong acid that can react with certain materials, but it does not burn or catch fire.
Bromine is corrosive to skin, eyes, and respiratory system upon contact. It is also highly reactive and can ignite in the presence of organic materials, making it both combustible and flammable.
Organic compounds can be both flammable and combustible. Flammable materials ignite easily and burn rapidly at low temperatures, while combustible materials require higher temperatures to ignite and burn. The flammability and combustibility of organic compounds depend on their chemical structure, such as the presence of carbon-carbon or carbon-hydrogen bonds that can easily break and react with oxygen in the air.
when the the house are burning the fire move faster because of the combustible materials
Classes of materials that are hazardous due to the presence of combustible dust primarily include organic materials, metals, plastics, and certain textiles. These materials can generate combustible dust when processed, handled, or stored improperly. When dispersed in air, this dust can ignite and lead to explosions or fires if an ignition source is present. Proper safety measures and dust control strategies are essential to mitigate these hazards.
Soil itself is not flammable because it is a mixture of organic and inorganic materials like minerals, water, and organisms. However, soil can contain combustible materials like dead plants, roots, or organic matter that can burn when exposed to a heat source.
fossil fuels
Yes, pollen is combustible due to its organic composition, which includes carbohydrates and proteins. When exposed to heat or flames, pollen can ignite and burn, similar to other plant materials. However, it typically requires a sufficient concentration and the right conditions for combustion to occur.
Spontaneously combustible materials are substances that can ignite without an external ignition source due to a chemical reaction, typically involving oxidation. These materials generate heat internally, and if this heat is not dissipated effectively, it can lead to ignition. Common examples include certain organic materials like hay, oily rags, and compost piles. Proper storage and management are crucial to prevent spontaneous combustion in these materials.
No, ammonia is not a combustible gas. It is a highly reactive gas that can contribute to combustion if in the presence of other combustible materials, but it is not considered combustible on its own.
Example sentence - The combustible materials made the fire burn hotter.
Combustible Dusts have a KST value of Greater Than Zero, and can cause a Week to Very Strong Explosion... (Powdered Milk, Sugar, Coal, Wood, Plastic, Food/organic, Aluminum, Zirconium). Non-Combustible Dust, have a KST Value of Zero, and Don't cause an Explosion: Non-Combustible Dusts: Aggregates, such as stone, silica(sand), Silicates, Sulfates, Nitrates, Carbonates, Phosphates, Portland cement, Sand, Limestone.
You should refrain from putting electric heaters near combustible materials because heat emitted from the heater is capable of causing the combustible material to blow up or catch fire.