Add to ORKGSummary. The article presents research results concerning production of pellets from mixes of selected plant materials. Depending on the composition of a plant mix used for pelleting, differences were observed as to the power consumed by an electric engine running a pelleting machine’s working unit, in the range from 3.34 to 4.49 kW. On the basis of the conducted chemical analyses fat and cellulose contents were determined in particular plant mixes. Also, the amount of ash was determined remaining after the sample’s combustion, which was about 1.8 % for mixes I, II, III and about 2.3 % for mix IV. Key words: biomass, plant mixes, pellets, power consumption
Since the energy consumption is growing fast, it is important to find alternative resources for the ...
eISSN 2345-0371For research investigations were used the herbal unconventional energy plants – cup p...
Abstract: Substituting biomass for conventional sources of fuel can help to provide cleaner energy. ...
Authors of the article are evaluating characteristics of half‑operational experimental agro‑pellets ...
The article describes the quality parameters of the selected elements of biomass as a potential ecol...
Use of plant biomass in energy production is one of the preconditions to compensate growing shortage...
There are presented the research results of technological-technical means and operations for solid b...
Multi-crop plants (fibrous hemp, maize, and faba bean) can potentially be an alternative to wood bio...
Fuel pellets made from biomass is considered as a solid fuel that is also an alternative fuel which ...
Due to demand in our daily lives, alternative energy for fossil fuel has to be discovered to be able...
The paper presents the results of experimental study of composition, heating values so as combustion...
Unprocessed biomass has low energy density and high transportation cost. The energy generated throug...
The primary objective of this study was to evaluate the qualities of Miscanthus pellets blended with...
The paper presents the preparation and use of pressed solid biofuel of multi-crop plants (fibrous he...
In the development of economical and convenient renewable energy fuel in the last years, pelleting o...
Since the energy consumption is growing fast, it is important to find alternative resources for the ...
eISSN 2345-0371For research investigations were used the herbal unconventional energy plants – cup p...
Abstract: Substituting biomass for conventional sources of fuel can help to provide cleaner energy. ...
Authors of the article are evaluating characteristics of half‑operational experimental agro‑pellets ...
The article describes the quality parameters of the selected elements of biomass as a potential ecol...
Use of plant biomass in energy production is one of the preconditions to compensate growing shortage...
There are presented the research results of technological-technical means and operations for solid b...
Multi-crop plants (fibrous hemp, maize, and faba bean) can potentially be an alternative to wood bio...
Fuel pellets made from biomass is considered as a solid fuel that is also an alternative fuel which ...
Due to demand in our daily lives, alternative energy for fossil fuel has to be discovered to be able...
The paper presents the results of experimental study of composition, heating values so as combustion...
Unprocessed biomass has low energy density and high transportation cost. The energy generated throug...
The primary objective of this study was to evaluate the qualities of Miscanthus pellets blended with...
The paper presents the preparation and use of pressed solid biofuel of multi-crop plants (fibrous he...
In the development of economical and convenient renewable energy fuel in the last years, pelleting o...
Since the energy consumption is growing fast, it is important to find alternative resources for the ...
eISSN 2345-0371For research investigations were used the herbal unconventional energy plants – cup p...
Abstract: Substituting biomass for conventional sources of fuel can help to provide cleaner energy. ...