Abstract
In this project VTT Energy co-ordinates the EU JOULE Project `Biofuel oil for power plants and boilers` supporting the development projects of Finnish enterprises, and participates in the Pyrolysis Project of IEA Bioenergy Agreement. Presently two pyrolysis devices with capacities of 150 g/h and 1 kg/h are used for the project. Hot gas filtering tests by using one ceramic candle equipment have been carried out with the 1 kg/h device for pyrolysis oil. The solids and alkali contents of the product oil were reduced clearly. Suitable conditions are being defined for continuous hot gas filtering. A PDU device of 20 kg/h is being commissioned. The main aim of the chemical characterisation of pyrolysis oil was to develop as simple a method as possible for differentiating pyrolysis oils and for finding correlations between the characteristics and behaviour of pyrolysis oils. Pyrolysis oils produced from various raw materials (hardwood, pine, straw) were analysed and compared with each other. VTT Energy participates in the pyrolysis network (EU/PYNE) of EU, the aim of which is to collect and disseminate research results of pyrolysis studies, i.e., through a journal with a wide circulation. VTT also participates in the pyrolysis activity of IEA (PYRA), the other
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Sipilae, K;
Oasmaa, A;
Arpiainen, V;
Solantausta, Y;
Leppaemaeki, E;
Kuoppala, E;
Levander, J;
Kleemola, J;
Saarimaeki, P
[1]
- VTT Energy, Jyvaeskylae (Finland). Energy Production Technologies
Citation Formats
Sipilae, K, Oasmaa, A, Arpiainen, V, Solantausta, Y, Leppaemaeki, E, Kuoppala, E, Levander, J, Kleemola, J, and Saarimaeki, P.
Production, properties and utilisation of pyrolysis oil.
Finland: N. p.,
1997.
Web.
Sipilae, K, Oasmaa, A, Arpiainen, V, Solantausta, Y, Leppaemaeki, E, Kuoppala, E, Levander, J, Kleemola, J, & Saarimaeki, P.
Production, properties and utilisation of pyrolysis oil.
Finland.
Sipilae, K, Oasmaa, A, Arpiainen, V, Solantausta, Y, Leppaemaeki, E, Kuoppala, E, Levander, J, Kleemola, J, and Saarimaeki, P.
1997.
"Production, properties and utilisation of pyrolysis oil."
Finland.
@misc{etde_567151,
title = {Production, properties and utilisation of pyrolysis oil}
author = {Sipilae, K, Oasmaa, A, Arpiainen, V, Solantausta, Y, Leppaemaeki, E, Kuoppala, E, Levander, J, Kleemola, J, and Saarimaeki, P}
abstractNote = {In this project VTT Energy co-ordinates the EU JOULE Project `Biofuel oil for power plants and boilers` supporting the development projects of Finnish enterprises, and participates in the Pyrolysis Project of IEA Bioenergy Agreement. Presently two pyrolysis devices with capacities of 150 g/h and 1 kg/h are used for the project. Hot gas filtering tests by using one ceramic candle equipment have been carried out with the 1 kg/h device for pyrolysis oil. The solids and alkali contents of the product oil were reduced clearly. Suitable conditions are being defined for continuous hot gas filtering. A PDU device of 20 kg/h is being commissioned. The main aim of the chemical characterisation of pyrolysis oil was to develop as simple a method as possible for differentiating pyrolysis oils and for finding correlations between the characteristics and behaviour of pyrolysis oils. Pyrolysis oils produced from various raw materials (hardwood, pine, straw) were analysed and compared with each other. VTT Energy participates in the pyrolysis network (EU/PYNE) of EU, the aim of which is to collect and disseminate research results of pyrolysis studies, i.e., through a journal with a wide circulation. VTT also participates in the pyrolysis activity of IEA (PYRA), the other partners being Great Britain, EU, Canada and the United States. I.e., quality criteria and improvement, occupational safety and pyrolysis kinetics are discussed in IEA/PYRA}
place = {Finland}
year = {1997}
month = {Dec}
}
title = {Production, properties and utilisation of pyrolysis oil}
author = {Sipilae, K, Oasmaa, A, Arpiainen, V, Solantausta, Y, Leppaemaeki, E, Kuoppala, E, Levander, J, Kleemola, J, and Saarimaeki, P}
abstractNote = {In this project VTT Energy co-ordinates the EU JOULE Project `Biofuel oil for power plants and boilers` supporting the development projects of Finnish enterprises, and participates in the Pyrolysis Project of IEA Bioenergy Agreement. Presently two pyrolysis devices with capacities of 150 g/h and 1 kg/h are used for the project. Hot gas filtering tests by using one ceramic candle equipment have been carried out with the 1 kg/h device for pyrolysis oil. The solids and alkali contents of the product oil were reduced clearly. Suitable conditions are being defined for continuous hot gas filtering. A PDU device of 20 kg/h is being commissioned. The main aim of the chemical characterisation of pyrolysis oil was to develop as simple a method as possible for differentiating pyrolysis oils and for finding correlations between the characteristics and behaviour of pyrolysis oils. Pyrolysis oils produced from various raw materials (hardwood, pine, straw) were analysed and compared with each other. VTT Energy participates in the pyrolysis network (EU/PYNE) of EU, the aim of which is to collect and disseminate research results of pyrolysis studies, i.e., through a journal with a wide circulation. VTT also participates in the pyrolysis activity of IEA (PYRA), the other partners being Great Britain, EU, Canada and the United States. I.e., quality criteria and improvement, occupational safety and pyrolysis kinetics are discussed in IEA/PYRA}
place = {Finland}
year = {1997}
month = {Dec}
}