A new technology (Haloclean®) is described for the so-called "intermediate pyrolysis" of biomasses; complete analytical profiles of the resulting bio-oils are appended. Haloclean® is a very flexible and rapid process that can be applied to chips, pellets, dusts, or pieces of any kind of biomass. The composition of bio-oils depends on the nature of feedstock and process conditions. Concerns regarding the toxicity of these oils have to be answered, first of all by a detailed study of their composition. With this aim, we carried out a broad physico-chemical characterization of bio-oils obtained by the Haloclean® intermediate pyrolysis of several biomasses
In this study an analytical multi-technique approach was developed in order to describe as fully as ...
In this perspective, we discuss the standardization of analytical techniques for pyrolysis bio-oils,...
The pyrolysis of biomass to produce bio-oil is a very effective way of biomass use. Bio-oil undergoe...
A new technology (Haloclean®) is described for the so-called “intermediate pyrolysis” of biomasses; ...
The need of producing energy from renewable resources has brought in the course of time to the devel...
Biomass-based pyrolysis oils are complex mixtures of mainly organic compounds and water. The determi...
Molecular distillation was used to separate bio-oil into a light fraction, a middle fraction and a h...
none6Bio-oils were produced from bench-scale slow-pyrolysis of three different biomass samples (corn...
This paper describes the basic analytical technique used in characterizing bio-oil into various comp...
A simple procedure was suggested for the chromatographic analyses of bio-oils from pyrolysis of vari...
Biomass pyrolysis oils have potential to be used as a fuel oil substitute. Combustion tests have sho...
Bio-oils were produced through intermediate (IP) and fast pyrolysis (FP), using Eucalyptus sp. (hard...
Pyrolysis is a thermal process for converting various biomasses, wastes and residues to produce high...
In this paper, we have done some important analysis of bio-oil obtained from the pyrolysis of coffee...
Bio-oils from different residual biomass raw materials (pine wood, mesquite wood and wheat shell) we...
In this study an analytical multi-technique approach was developed in order to describe as fully as ...
In this perspective, we discuss the standardization of analytical techniques for pyrolysis bio-oils,...
The pyrolysis of biomass to produce bio-oil is a very effective way of biomass use. Bio-oil undergoe...
A new technology (Haloclean®) is described for the so-called “intermediate pyrolysis” of biomasses; ...
The need of producing energy from renewable resources has brought in the course of time to the devel...
Biomass-based pyrolysis oils are complex mixtures of mainly organic compounds and water. The determi...
Molecular distillation was used to separate bio-oil into a light fraction, a middle fraction and a h...
none6Bio-oils were produced from bench-scale slow-pyrolysis of three different biomass samples (corn...
This paper describes the basic analytical technique used in characterizing bio-oil into various comp...
A simple procedure was suggested for the chromatographic analyses of bio-oils from pyrolysis of vari...
Biomass pyrolysis oils have potential to be used as a fuel oil substitute. Combustion tests have sho...
Bio-oils were produced through intermediate (IP) and fast pyrolysis (FP), using Eucalyptus sp. (hard...
Pyrolysis is a thermal process for converting various biomasses, wastes and residues to produce high...
In this paper, we have done some important analysis of bio-oil obtained from the pyrolysis of coffee...
Bio-oils from different residual biomass raw materials (pine wood, mesquite wood and wheat shell) we...
In this study an analytical multi-technique approach was developed in order to describe as fully as ...
In this perspective, we discuss the standardization of analytical techniques for pyrolysis bio-oils,...
The pyrolysis of biomass to produce bio-oil is a very effective way of biomass use. Bio-oil undergoe...