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Can I read Feasibility of Efficient Pyrolysis of Wood Chips and its Product Yield in Developing Countries on EtoBox?

Feasibility of Efficient Pyrolysis of Wood Chips and its Product Yield in Developing Countries by Jean Fidele Nzihou; Pierre Girod; Salou Hamidou; Yann Rogaume; Bila Gerard Segda; Frederic Ouattara is a Engineering article available to read on EtoBox.

What is Feasibility of Efficient Pyrolysis of Wood Chips and its Product Yield in Developing Countries about?

This paper is about the feasibility of combustibles gases like methane, ethane and carbon monoxide production from wood pyrolysis. This first laboratory experimental stage objective was to see what products can be obtained from wood pyrolysis in absence of oxygen and presence of nitrogen. The effect of temperature on the product yields was investigated. Products were characterized using gas-chromatography. We found that products of wood pyrolysis for temperatures of 700, 800, 900, 1000 and 1100°C were char, CO2 and combustibles gases like CH4, C2H2, CO and tar. NH3 was not found in the produced gases.In our study, condensable gases were not recovered and quantified. A gas condenser would have been necessary inserted for this purpose at the outlet of the pyrolysis reactor before routing the gases to the mass spetrograph. This study show that char production decrease from 17.08% at 700°C on the weight basis to 12.95% at 1100°C. Gases and tar production decrease, going from 82.92% at 700 °C on the weight basis to 87.05% at 1100°C. Carbone dioxide production also increase with temperature. It is the biggest part of produced gases of the wood pyrolysis gases representing an average wei

Who reads Feasibility of Efficient Pyrolysis of Wood Chips and its Product Yield in Developing Countries?

It is typically read by researchers, students, and practitioners in Engineering.

Author
Jean Fidele Nzihou; Pierre Girod; Salou Hamidou; Yann Rogaume; Bila Gerard Segda; Frederic Ouattara
Publisher
Sciencedomain International
Published
2023
Language
EN
Field
Engineering (Physical Sciences)