The demand for new energy sources is growing and awakening interest in the use of forest residues. Charcoal was prepared at carbonization temperatures of 500 ºC, 600 °C and 700 °C in order to evaluate the potential use of Pinus sp needles for energy. The anatomical and chemical characteristics of the needles and the charcoal produced were also evaluated. The needles were found to have ash content of 2.32% and gross calorific value of 20.30 MJ/kg. The calorific value increased by 45%, reaching 29.64 MJ/kg, after carbonization carried out at 600 ºC. This value is higher than that for charcoal made from eucalyptus (19.25 MJ/kg) and even coconut husks (23.55 MJ/kg), showing the high energy potential of these needles
Radiata pine grown in sustainably harvested forests in the mid north of South Australia is a potenti...
This paper presents lab-scale flash carbonization (FC) experiments under elevated pressure using Nor...
eople in north-east Brazil mostly rely on fuelwood and charcoal for domestic energy consumption. Tra...
The demand for new energy sources is growing and awakening interest in the use of forest residues. C...
A crescente demanda por novas fontes de energia vem aumentando o interesse em pesquisas para a utili...
Charcoal is an important energy raw material and its properties are influenced by the wood's anatomi...
Not AvailablePine needles are the waste of pine forest and produced in a substantial amount every ye...
In Brazil, the wood from pine-plantation thinnings is difficult to sell. However, these wood thinnin...
In order to evaluate their potential to be used as charcoal production by a new industrial thermal t...
In the present work, effects of process conditions on char and fixed carbon yields from four woody b...
The carbonization of various forest residues in comparison with their stem wood was studied by means...
Yellow poplar (Liriodendron tulipifera) was chosen as the woody biomass for the production of charco...
The mass and fixed-carbon yield of charcoal produced from woody biomass via atmospheric carbonizatio...
Pine sawdust was analyzed for thermal chemical conversion such as combustion, torrefaction, pyrolysi...
Charcoal production stands out as a raw material for the production of renewable energy. To assess w...
Radiata pine grown in sustainably harvested forests in the mid north of South Australia is a potenti...
This paper presents lab-scale flash carbonization (FC) experiments under elevated pressure using Nor...
eople in north-east Brazil mostly rely on fuelwood and charcoal for domestic energy consumption. Tra...
The demand for new energy sources is growing and awakening interest in the use of forest residues. C...
A crescente demanda por novas fontes de energia vem aumentando o interesse em pesquisas para a utili...
Charcoal is an important energy raw material and its properties are influenced by the wood's anatomi...
Not AvailablePine needles are the waste of pine forest and produced in a substantial amount every ye...
In Brazil, the wood from pine-plantation thinnings is difficult to sell. However, these wood thinnin...
In order to evaluate their potential to be used as charcoal production by a new industrial thermal t...
In the present work, effects of process conditions on char and fixed carbon yields from four woody b...
The carbonization of various forest residues in comparison with their stem wood was studied by means...
Yellow poplar (Liriodendron tulipifera) was chosen as the woody biomass for the production of charco...
The mass and fixed-carbon yield of charcoal produced from woody biomass via atmospheric carbonizatio...
Pine sawdust was analyzed for thermal chemical conversion such as combustion, torrefaction, pyrolysi...
Charcoal production stands out as a raw material for the production of renewable energy. To assess w...
Radiata pine grown in sustainably harvested forests in the mid north of South Australia is a potenti...
This paper presents lab-scale flash carbonization (FC) experiments under elevated pressure using Nor...
eople in north-east Brazil mostly rely on fuelwood and charcoal for domestic energy consumption. Tra...