Abstract
An investigation was carried out of the steps in the processes carried out in the field concerning cutting and stacking of straw which is to be used as fuel in district heating plants. The preparation of 14 of 25 stacks on Lolland, Falster and Zealand (Denmark) was followed minutely. Five different commercial types of cutting machinery, two of which were self-propelling, were used. Measurement of moisture content, load weight, time taken for cutting and loading, transport and unloading, and netto and brutto capacity reckoned in tons per hour etc. were carried out in relation to each kind of equipment. All results are presented in detail. It is concluded that straw should be stacked continuously in connection with baling. It was found that the amount of work was 9% less with cut than with baled straw. Prices asked by the various firms who provided, worked and drove the various machines are also given. (AB).
Citation Formats
Astrupgaard, N P, and Stenholm, M.
Full scale management of straw. Partial report 1. Gathering and stacking of straw; Fuldskala haandtering af halm. Delrapport 1. Bjaergning og stakning af halm.
Denmark: N. p.,
1993.
Web.
Astrupgaard, N P, & Stenholm, M.
Full scale management of straw. Partial report 1. Gathering and stacking of straw; Fuldskala haandtering af halm. Delrapport 1. Bjaergning og stakning af halm.
Denmark.
Astrupgaard, N P, and Stenholm, M.
1993.
"Full scale management of straw. Partial report 1. Gathering and stacking of straw; Fuldskala haandtering af halm. Delrapport 1. Bjaergning og stakning af halm."
Denmark.
@misc{etde_10156944,
title = {Full scale management of straw. Partial report 1. Gathering and stacking of straw; Fuldskala haandtering af halm. Delrapport 1. Bjaergning og stakning af halm}
author = {Astrupgaard, N P, and Stenholm, M}
abstractNote = {An investigation was carried out of the steps in the processes carried out in the field concerning cutting and stacking of straw which is to be used as fuel in district heating plants. The preparation of 14 of 25 stacks on Lolland, Falster and Zealand (Denmark) was followed minutely. Five different commercial types of cutting machinery, two of which were self-propelling, were used. Measurement of moisture content, load weight, time taken for cutting and loading, transport and unloading, and netto and brutto capacity reckoned in tons per hour etc. were carried out in relation to each kind of equipment. All results are presented in detail. It is concluded that straw should be stacked continuously in connection with baling. It was found that the amount of work was 9% less with cut than with baled straw. Prices asked by the various firms who provided, worked and drove the various machines are also given. (AB).}
place = {Denmark}
year = {1993}
month = {Mar}
}
title = {Full scale management of straw. Partial report 1. Gathering and stacking of straw; Fuldskala haandtering af halm. Delrapport 1. Bjaergning og stakning af halm}
author = {Astrupgaard, N P, and Stenholm, M}
abstractNote = {An investigation was carried out of the steps in the processes carried out in the field concerning cutting and stacking of straw which is to be used as fuel in district heating plants. The preparation of 14 of 25 stacks on Lolland, Falster and Zealand (Denmark) was followed minutely. Five different commercial types of cutting machinery, two of which were self-propelling, were used. Measurement of moisture content, load weight, time taken for cutting and loading, transport and unloading, and netto and brutto capacity reckoned in tons per hour etc. were carried out in relation to each kind of equipment. All results are presented in detail. It is concluded that straw should be stacked continuously in connection with baling. It was found that the amount of work was 9% less with cut than with baled straw. Prices asked by the various firms who provided, worked and drove the various machines are also given. (AB).}
place = {Denmark}
year = {1993}
month = {Mar}
}