Hvede, rug og triticale til energi - input, udbytte og kvalitet

Research output: Contribution to book/anthology/report/proceedingReport chapterResearch

Standard

Hvede, rug og triticale til energi - input, udbytte og kvalitet. / Jørgensen, Johannes Ravn.

Har energiafgrøder en fremtid i Danmark?. ed. / Uffe Jørgensen. 2000. p. 6-11 (DJF Rapport Markbrug; No. 29).

Research output: Contribution to book/anthology/report/proceedingReport chapterResearch

Harvard

Jørgensen, JR 2000, Hvede, rug og triticale til energi - input, udbytte og kvalitet. in U Jørgensen (ed.), Har energiafgrøder en fremtid i Danmark?. DJF Rapport Markbrug, no. 29, pp. 6-11.

APA

Jørgensen, J. R. (2000). Hvede, rug og triticale til energi - input, udbytte og kvalitet. In U. Jørgensen (Ed.), Har energiafgrøder en fremtid i Danmark? (pp. 6-11). DJF Rapport Markbrug, No. 29

CBE

Jørgensen JR. 2000. Hvede, rug og triticale til energi - input, udbytte og kvalitet. Jørgensen U, editor. In Har energiafgrøder en fremtid i Danmark?. pp. 6-11. (DJF Rapport Markbrug; No. 29).

MLA

Jørgensen, Johannes Ravn "Hvede, rug og triticale til energi - input, udbytte og kvalitet". Jørgensen, Uffe (ed.). Har energiafgrøder en fremtid i Danmark?. (DJF Rapport Markbrug; Journal number 29). 2000, 6-11.

Vancouver

Jørgensen JR. Hvede, rug og triticale til energi - input, udbytte og kvalitet. In Jørgensen U, editor, Har energiafgrøder en fremtid i Danmark?. 2000. p. 6-11. (DJF Rapport Markbrug; No. 29).

Author

Jørgensen, Johannes Ravn. / Hvede, rug og triticale til energi - input, udbytte og kvalitet. Har energiafgrøder en fremtid i Danmark?. editor / Uffe Jørgensen. 2000. pp. 6-11 (DJF Rapport Markbrug; No. 29).

Bibtex

@inbook{acb9dd008af711dda22f000ea68e967b,
title = "Hvede, rug og triticale til energi - input, udbytte og kvalitet",
abstract = "Yield and quality of wheat, rye or triticale for energy purposes have been evaluated in field trials. Triticale and rye had a higher biomass production than wheat in spite of a lower input of nitrogen. The straw fraction contained more chloride, potassium and sodium than the grain fraction. These minerals may lead to corrosion processes, ash slagging and fouling. The grain fraction contained more sulphur and nitrogen, which may lead to emission of SO2 and NOx. Fertilizers containing chloride and sulphur, may lead to an increased content of chloride and sulphur in the straw fraction. Content of chloride and sulphur in the straw as well as content of potassium, sodium and ash may be reduced due to precipitation before harvest.",
author = "J{\o}rgensen, {Johannes Ravn}",
year = "2000",
language = "Dansk",
series = "DJF Rapport Markbrug",
publisher = "DJF",
number = "29",
pages = "6--11",
editor = "Uffe J{\o}rgensen",
booktitle = "Har energiafgr{\o}der en fremtid i Danmark?",

}

RIS

TY - GEN

T1 - Hvede, rug og triticale til energi - input, udbytte og kvalitet

AU - Jørgensen, Johannes Ravn

PY - 2000

Y1 - 2000

N2 - Yield and quality of wheat, rye or triticale for energy purposes have been evaluated in field trials. Triticale and rye had a higher biomass production than wheat in spite of a lower input of nitrogen. The straw fraction contained more chloride, potassium and sodium than the grain fraction. These minerals may lead to corrosion processes, ash slagging and fouling. The grain fraction contained more sulphur and nitrogen, which may lead to emission of SO2 and NOx. Fertilizers containing chloride and sulphur, may lead to an increased content of chloride and sulphur in the straw fraction. Content of chloride and sulphur in the straw as well as content of potassium, sodium and ash may be reduced due to precipitation before harvest.

AB - Yield and quality of wheat, rye or triticale for energy purposes have been evaluated in field trials. Triticale and rye had a higher biomass production than wheat in spite of a lower input of nitrogen. The straw fraction contained more chloride, potassium and sodium than the grain fraction. These minerals may lead to corrosion processes, ash slagging and fouling. The grain fraction contained more sulphur and nitrogen, which may lead to emission of SO2 and NOx. Fertilizers containing chloride and sulphur, may lead to an increased content of chloride and sulphur in the straw fraction. Content of chloride and sulphur in the straw as well as content of potassium, sodium and ash may be reduced due to precipitation before harvest.

M3 - Bidrag til rapport

T3 - DJF Rapport Markbrug

SP - 6

EP - 11

BT - Har energiafgrøder en fremtid i Danmark?

A2 - Jørgensen, Uffe

ER -