How Briquettes Work in Combustion

Briquettes have become an increasingly popular alternative fuel solution due to their combustion efficiency. Compared to firewood or coal, briquettes have a more stable burning rate and produce heat for a longer duration. Additionally, briquettes can reduce dependence on depleting fossil energy sources. Briquettes made from natural materials such as wood powder or coconut waste are also more environmentally friendly and contribute to the reduction of carbon emissions. If you are seeking high-quality fuel, coconut shell charcoal briquette are one of the best options as they have better heat resistance compared to other types of briquettes.

In the process of combustion, briquettes work in a different way than conventional fuels. Briquettes are made through the process of compacting organic materials with high pressure so that they produce fuel in a solid form and have a high density. With these characteristics, briquettes can burn slowly and evenly, making them an ideal choice for a variety of purposes, from industrial to household use.

When the briquette begins to burn, the fire will ignite slowly on its surface first. This process is referred to as initial combustion, where heat starts to spread throughout the briquette. Due to its dense structure, combustion occurs gradually, resulting in a constant heat output that lasts longer compared to lighter fuels.

Briquettes produce heat through the oxidation process of the carbon contained in them. When burned, the carbon in the briquettes reacts with oxygen in the air and produces energy in the form of heat. This reaction also produces gases such as carbon dioxide and water vapor. However, due to its slow combustion rate, the emissions produced tend to be lower compared to firewood or coal.

One of the main reasons why briquettes are an alternative fuel choice is their efficiency in generating heat. Briquettes have a high density which makes them capable of burning for longer. Additionally, briquettes produce less smoke and residue than wood or coal, making them a cleaner option for the environment.

Several factors can affect the efficiency of briquette combustion, including moisture content, briquette size, and compaction pressure during production. Briquettes with low moisture content will be more flammable and produce more optimal heat. In addition, the size of the briquettes also determines how the flame spreads during the combustion process. The denser and more precise the briquette making, the better the quality of the heat produced.

Compared with firewood, briquettes have a more stable combustion rate and a higher temperature. In addition, briquettes are also more economical because they do not require a large amount to produce enough heat. In its use, briquettes are more suitable for the food, restaurant, and household industries such as cooking and heating.

Briquettes offer alternative fuel solutions that are more efficient and environmentally friendly. With a slow and stable combustion mechanism, briquettes can generate heat for longer and with lower emissions. Factors such as moisture content, density, and raw materials affect the quality of briquette combustion, so choosing the right type of briquette is essential to get the best results.

To get high-quality briquettes, Jacoid presents a variety of briquette products that can meet industrial and household needs. With selected raw materials and standardized production processes, Jacoid ensures more efficient and environmentally friendly briquettes for daily use.