Bricket

A 'bricket' (also sometimes spelled 'brickette') refers to a small, usually rectangular block made of compressed coal dust, sawdust, peat, or other combustible material, designed to be burned as fuel. These briquettes are typically bound together with a binder like tar, clay, or starch to hold their form and improve burning efficiency. They are a more convenient and often more cost-effective alternative to loose fuel materials for both domestic heating, grilling, and industrial purposes. The term can sometimes be used to refer to other compressed materials like fertilizer or animal feed.

Bricket meaning with examples

• For the barbecue, we opted for charcoal briquettes. They provided a consistent heat and a long burn time, perfect for slow-cooking ribs. The smoky flavor imparted by the burning briquettes added a delicious dimension to the meal. Using briquettes minimized the mess compared to handling loose charcoal. The store had a special deal, so we stocked up on several bags of briquettes for the summer.
• During the energy crisis, people started using peat briquettes to heat their homes. The briquettes were much cheaper than traditional heating fuels, and they burned efficiently. Even though some argued about the smell emitted by burning the briquettes, the cost savings outweighed the smell. With proper ventilation, the briquettes could heat a home for hours. These were a critical source of heat during the coldest nights.
• The old factory used coal briquettes in its boilers. They were a reliable fuel source for powering the machinery. Every morning the workers would need to load the briquettes into the furnace. Even with advanced fuel efficiency, the use of briquettes resulted in smoke. Over the years, the switch to electric boilers made the use of briquettes outdated.
• In the context of farming, farmers sometimes used fertilizer briquettes. These controlled-release briquettes were planted alongside the crops to provide a steady stream of nutrients. The size and composition of the briquettes could be customized for the specific crop and soil needs. These helped to reduce fertilizer runoff and improve the efficiency of the fertilizer. The farmer appreciated the ease and practicality of this method compared to traditional spreading techniques.