The use of renewable and nonrenewable energy sources is increasing all around the world.
Over the years, the growth in energy needs by constituents has been efficiently exploited …

The implementation of this research consists of 2 (two) aspects: the making and testing of
bio-briquettes called technological aspects and economic analysis called economic aspects …

In recent decades there has been a considerable global increase in urban population,
industrial productivity, energy demand, waste generation, and the emission of greenhouse …

Pine-flower biomass waste is abundant, but its utilization is still lacking. This research
converts pine-flower waste into biobriquettes by using pine resin adhesive. This study aims …

Bio-briquette has been successfully made from biochar by-products of the liquid smoke
production from cashew nut wastes. The cashew nut wastes were first converted into …

The quest for alternative energy sources is gradually shifting from natural fossil fuel to
alternative bio-resources especially agricultural waste products due to their reduced …

The textile sector is among the leading industries globally in terms of releasing pollutants
and producing waste. Despite being reusable, many wastes are squandered by disposing to …

Needs and energy consumption which focused on fuel use increases with increasing human
population and reserve is decreasing. While on the other hand there are a number of bio …

Briquette is one of the renewable energy fuels derived from the dry leaves of Tectona
grandis. This study used dry Tectona grandis obtained directly from leaves that have fallen …

In this paper, the characteristics of bio-coal briquettes produced from a blend of pyrolyzed
biomass and coal were investigated. Prior to being molded into the briquettes, biomass (in …