Abstract
The purpose is to establish an experimental plant in order to modify gasification technology to be used for straw fuel. Low energy gas should be generated to be utilized in an engine. The project is divided into three stages: gasification in shaft- and whole-bale gasifier, gas cleaning and engine operation. This report describes the results of the first tests with a shaft gasifier. In these first 5 tests 42 tons straw were used, the collected operation time was 400 h. There were serious problems with straw-feeding mechanism, resulting in poor quality gas. The gas generator had too low temperature, resulting in frequent coke formation. The maximum calorific value observed was about 7 MJ/m{sup 3}. Stirring and improved straw feeding continuity were recommended. (EG)
Citation Formats
Zielke, U.
Shaft furnace gasification with regard to cogeneration of heat and power. Partial report no. 2: Gasification of straw - test 1-5; Skaktovnsforgasning med henblik paa kraftvarmeproduktion. Delrapport nr. 2: Forgasning af halm - forsoeg 1-5.
Denmark: N. p.,
1991.
Web.
Zielke, U.
Shaft furnace gasification with regard to cogeneration of heat and power. Partial report no. 2: Gasification of straw - test 1-5; Skaktovnsforgasning med henblik paa kraftvarmeproduktion. Delrapport nr. 2: Forgasning af halm - forsoeg 1-5.
Denmark.
Zielke, U.
1991.
"Shaft furnace gasification with regard to cogeneration of heat and power. Partial report no. 2: Gasification of straw - test 1-5; Skaktovnsforgasning med henblik paa kraftvarmeproduktion. Delrapport nr. 2: Forgasning af halm - forsoeg 1-5."
Denmark.
@misc{etde_10110411,
title = {Shaft furnace gasification with regard to cogeneration of heat and power. Partial report no. 2: Gasification of straw - test 1-5; Skaktovnsforgasning med henblik paa kraftvarmeproduktion. Delrapport nr. 2: Forgasning af halm - forsoeg 1-5}
author = {Zielke, U}
abstractNote = {The purpose is to establish an experimental plant in order to modify gasification technology to be used for straw fuel. Low energy gas should be generated to be utilized in an engine. The project is divided into three stages: gasification in shaft- and whole-bale gasifier, gas cleaning and engine operation. This report describes the results of the first tests with a shaft gasifier. In these first 5 tests 42 tons straw were used, the collected operation time was 400 h. There were serious problems with straw-feeding mechanism, resulting in poor quality gas. The gas generator had too low temperature, resulting in frequent coke formation. The maximum calorific value observed was about 7 MJ/m{sup 3}. Stirring and improved straw feeding continuity were recommended. (EG)}
place = {Denmark}
year = {1991}
month = {Mar}
}
title = {Shaft furnace gasification with regard to cogeneration of heat and power. Partial report no. 2: Gasification of straw - test 1-5; Skaktovnsforgasning med henblik paa kraftvarmeproduktion. Delrapport nr. 2: Forgasning af halm - forsoeg 1-5}
author = {Zielke, U}
abstractNote = {The purpose is to establish an experimental plant in order to modify gasification technology to be used for straw fuel. Low energy gas should be generated to be utilized in an engine. The project is divided into three stages: gasification in shaft- and whole-bale gasifier, gas cleaning and engine operation. This report describes the results of the first tests with a shaft gasifier. In these first 5 tests 42 tons straw were used, the collected operation time was 400 h. There were serious problems with straw-feeding mechanism, resulting in poor quality gas. The gas generator had too low temperature, resulting in frequent coke formation. The maximum calorific value observed was about 7 MJ/m{sup 3}. Stirring and improved straw feeding continuity were recommended. (EG)}
place = {Denmark}
year = {1991}
month = {Mar}
}