• No results found

Arbetsorganisation i träbränslefabrikerWork Organisation in Wood Fuel Plants

N/A
N/A
Protected

Academic year: 2021

Share "Arbetsorganisation i träbränslefabrikerWork Organisation in Wood Fuel Plants"

Copied!
1
0
0

Loading.... (view fulltext now)

Full text

(1)

Arbetsorganisation i träbränslefabriker Work Organisation in Wood Fuel Plants

Bengt Ager

Dalarna University College Swedish University of Agr. Sciences Forest Industry Department Department of Operational Efficiency

Forest and Timber Research Notes No. 309

Report No. 3 Uppsala 1998

Garpenberg 1998

ISRN SLU-ST-UPPRLT--309--SE

ISSN 1403-8188 ISSN 0282-2377

Skogsindustriella institutionen Institutionen för skogsteknik

Skog och Trä

Rapport nr 3 • 1998 Uppsatser och Resultat nr 309 • 1998

(2)

Distribution från Högskolan Dalarna

Available from Skogsindustriella institutionen

Herrgårdsvägen 122 S-776 98 Garpenberg Tel: 0225-26000

Ansvariga utgivare Bengt Pontén, Högskolan Dalarna

Responsible for the publication Bo Dahlin, SLU

Pris 75 kr

Price SEK 75

References

Related documents

The objective of this study has been to describe and analyse existing forms of organisation in heating plants using wood fuels, regarding work tasks, organisational structure,

Work Organisation in Heating Plants using Wood Fuels..

The objective of this study has been to describe and analyse existing forms of organisation in wood fuel plants regarding work tasks, organisational structure, work content,

När det gäller kommunikation så anser avdelningschefen att medarbetarna pratar med varandra inom avdelningen, medarbetarna löser deras kunders uppgifter, så

The production of wood pellets in Russia is mainly conducted in the North-Western part but also in the central parts of the country. This is a result of the strong presence of

Based on data from (Bar-Peled and O’Neill, 2011; Kleczkowski and Decker, 2015), NSO, nucleotide sugar oxidation pathway; SPP, sucrose phosphate phosphatase; SPS, sucrose phosphate

In addition, the genes coding for proteins involved in the nucleotide-dependent reactions of PSII repair, such as lumenal phosphatase TLP18.3, the extrinsic PsbO, PsbP, PsbQ and

However, the pht4;2 mutants display a 40% increased rosette area and a twofold larger shoot biomass as compared to wild type (WT) plants, indicating an involvement of PHT4;2