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Issue 1, October 2017

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<strong>Fuels</strong> Corner<br />

<strong>Fuels</strong> and <strong>Fuels</strong> Processing<br />

Overview of the most relevant articles related<br />

to fuels and fuels processing<br />

Ante Jukić<br />

For a number of years the main<br />

issue in fuel research is the<br />

consideration of biomass as a<br />

raw material for fuel production<br />

Biomass<br />

For a number of years, the main issue in fuel research<br />

is the consideration of biomass as a raw material<br />

for fuel production, and this is followed by the modelling<br />

and optimization of the production processes. Thus,<br />

most-cited and most-downloaded papers in this area<br />

deal with the above-mentioned topics. Knowing the<br />

detailed composition of biomass is of crucial importance<br />

to the process and later product properties. In review<br />

article: Composition, properties and challenges of algae<br />

biomass for biofuel application: An overview (Fuel, 181,<br />

2016, 1-33), the common issues concerning taxonomical<br />

classification, habitat environment, carbon reserve<br />

capacity, production, use, and main advantages and<br />

disadvantages of algae or algae biofuel are addressed.<br />

Further, more than 135 characteristics related to the<br />

chemical, phase and mineral composition and properties<br />

of algae and algae ash are evaluated and compared<br />

to those of terrestrial biomass, coal and their ashes. As a<br />

result specific benefits and obstacles connected with the<br />

composition and properties of algae and algae ash are<br />

discussed. The present data demonstrate that the high<br />

contents of inorganic matter with unfavorable modes of<br />

element occurrences (chlorides, sulphates, carbonates,<br />

oxalates, nitrates and some oxyhydroxides, phosphates<br />

and amorphous material) in algae and algae ash provoke<br />

the most critical technological and environmental challenges<br />

during algae processing for biofuel application<br />

and especially during algae thermochemical conversion.<br />

There are very informative and following titles:<br />

An overview of the organic and inorganic phase composition<br />

of biomass (Fuel, 94, 2012, 1-33), Effects of torrefaction<br />

process parameters on biomass feedstock upgrading<br />

(Fuel, 91, 2012, 147-154), A review on the pretreatment<br />

of lignocellulose for high-value chemicals (Fuel Processing<br />

Technology, 160, 2017, 196-206).<br />

Pyrolysis<br />

Considering the processes, pyrolysis biomass is currently<br />

being prominent by its attractiveness, and the<br />

headlines we recommend are as follows: Historical Developments<br />

of Pyrolysis Reactors: A Review (Energy <strong>Fuels</strong>,<br />

31, 2017, 5751-5775), Combustion, performance and<br />

emission analysis of a DI diesel engine using plastic pyrolysis<br />

oil (Fuel Processing Technology, 157, 2017, 108-<br />

115), Catalytic pyrolysis of biomass for biofuels production<br />

(Fuel Processing Technology, 91, 2010, 25-32), Characteristics<br />

of hemicellulose, cellulose and lignin pyrolysis<br />

(Fuel, 86, 2007, 1781-1788), Pyrolysis of Wood/Biomass<br />

for Bio-oil: A Critical Review (Energy <strong>Fuels</strong>, 20, 2006,<br />

848-889).

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