The results presented describe the various methods used for drying wood and in particular wood chips for use in heating, heat and power and fuel recovery processes. The drying process is important in raising the calorific value of the wood feedstock and gives the opportunity to remove certain undesirable components. However, emissions from the drying process cannot be ignored as this paper describes.JRC.F.2-Cleaner energie
Moisture is the most important quality factor of fuelwood. It affects the profitability of supplying...
Moisture is the most important quality factor of fuel wood. It affects both the profitability of sup...
Sustainable biomass resources are limited, especially regionally. The energy content of sustainable ...
Moisture content (MC) of green biomass or raw biomass materials (wood, bark, plants, etc.) commonly ...
The system presented here allows saving around 10% of the thermal energy required in a wood chips dr...
Drying is a major and challenging step in the pre-treatment of biomass for production of second gene...
Drying biomass as fuel in a combustion process can increase the combustion efficiency, reduce pollut...
Opportunities for process integrated feedstock drying in connection with the production of synthetic...
Abstract. Opportunities for process integrated feedstock drying in connection with the production of...
Steam drying offers the prospect of higher efficiency in comparison to air‐drying. Having solved the...
Coal is the most widely used primary fuel for energy generation but it emits toxic gasses after comb...
AbstractThe pros and cons of various types of biomass dryers have been documented in this paper. Usi...
Moisture and its variation in wood chips make the control of burning in small scale heating applianc...
Research into the methods of producing high quality wood chips for a rapidly growing energy sector i...
In this study, we examined the effect of biomass drying on the overall efficiency of the BTL process...
Moisture is the most important quality factor of fuelwood. It affects the profitability of supplying...
Moisture is the most important quality factor of fuel wood. It affects both the profitability of sup...
Sustainable biomass resources are limited, especially regionally. The energy content of sustainable ...
Moisture content (MC) of green biomass or raw biomass materials (wood, bark, plants, etc.) commonly ...
The system presented here allows saving around 10% of the thermal energy required in a wood chips dr...
Drying is a major and challenging step in the pre-treatment of biomass for production of second gene...
Drying biomass as fuel in a combustion process can increase the combustion efficiency, reduce pollut...
Opportunities for process integrated feedstock drying in connection with the production of synthetic...
Abstract. Opportunities for process integrated feedstock drying in connection with the production of...
Steam drying offers the prospect of higher efficiency in comparison to air‐drying. Having solved the...
Coal is the most widely used primary fuel for energy generation but it emits toxic gasses after comb...
AbstractThe pros and cons of various types of biomass dryers have been documented in this paper. Usi...
Moisture and its variation in wood chips make the control of burning in small scale heating applianc...
Research into the methods of producing high quality wood chips for a rapidly growing energy sector i...
In this study, we examined the effect of biomass drying on the overall efficiency of the BTL process...
Moisture is the most important quality factor of fuelwood. It affects the profitability of supplying...
Moisture is the most important quality factor of fuel wood. It affects both the profitability of sup...
Sustainable biomass resources are limited, especially regionally. The energy content of sustainable ...