Add to ORKGThe various components of the pyrolytic oil were determined by liquid chromatography using a bonded phase CH-10 column. Component identification was conducted at wavelengths of 280 and 240 nm. Chromatographic analyses using paired-ion reagents were performed without component identification
Petroleum analysis presents many unique challenges as a result of the chemical complexity of petrole...
Even today the size of a petroleum-refinery is estimated by its crude oil distillation capacity, des...
Methods for the identification of gas chromatographic separated components of essential oils have b...
A sample of pyrolytic oil (condenser oil project B-469) was vacuum distilled at 30C/14.5mm - 188C/1...
A simple procedure was suggested for the chromatographic analyses of bio-oils from pyrolysis of vari...
This 29 page thesis reports on the efforts to apply columnar chromatography to the identification of...
Molecular distillation was used to separate bio-oil into a light fraction, a middle fraction and a h...
This paper reviews the development of the field of chemical analysis of biomass fast pyrolysis oils....
The applicability of size exclusion chromatography (SEC) to analyze (upgraded) pyrolysis oil samples...
Biomass-based pyrolysis oils are complex mixtures of mainly organic compounds and water. The determi...
The chapter presents basic principles of one-dimensional gas chromatography (1D-GC) and comprehensiv...
In this perspective, we discuss the standardization of analytical techniques for pyrolysis bio-oils,...
Pyrolysis oil and upgraded products are promising energy carriers. Characterisation of the oils is h...
peer reviewedMineral oils, which are mainly composed of saturated hydrocarbons and aromatic hydrocar...
In this study an analytical multi-technique approach was developed in order to describe as fully as ...
Petroleum analysis presents many unique challenges as a result of the chemical complexity of petrole...
Even today the size of a petroleum-refinery is estimated by its crude oil distillation capacity, des...
Methods for the identification of gas chromatographic separated components of essential oils have b...
A sample of pyrolytic oil (condenser oil project B-469) was vacuum distilled at 30C/14.5mm - 188C/1...
A simple procedure was suggested for the chromatographic analyses of bio-oils from pyrolysis of vari...
This 29 page thesis reports on the efforts to apply columnar chromatography to the identification of...
Molecular distillation was used to separate bio-oil into a light fraction, a middle fraction and a h...
This paper reviews the development of the field of chemical analysis of biomass fast pyrolysis oils....
The applicability of size exclusion chromatography (SEC) to analyze (upgraded) pyrolysis oil samples...
Biomass-based pyrolysis oils are complex mixtures of mainly organic compounds and water. The determi...
The chapter presents basic principles of one-dimensional gas chromatography (1D-GC) and comprehensiv...
In this perspective, we discuss the standardization of analytical techniques for pyrolysis bio-oils,...
Pyrolysis oil and upgraded products are promising energy carriers. Characterisation of the oils is h...
peer reviewedMineral oils, which are mainly composed of saturated hydrocarbons and aromatic hydrocar...
In this study an analytical multi-technique approach was developed in order to describe as fully as ...
Petroleum analysis presents many unique challenges as a result of the chemical complexity of petrole...
Even today the size of a petroleum-refinery is estimated by its crude oil distillation capacity, des...
Methods for the identification of gas chromatographic separated components of essential oils have b...