European field trials with preservative treated wooden poles
Broese van Groenou, H.; Henningsson, B.
Material und Organismen 11(4): 253-272
1976
ISSN/ISBN: 0025-5270
Accession: 000369815
Test results on poles of Pinus sylvestris, spruce and Abies alba show that creosote, copper-chrome and copper-chrome-arsenate gave good protection against soft rot fungi.
PDF emailed within 1 workday: $29.90
Related References
Sharapov, E.; Brischke, C.; Militz, H. 2020: Assessment of Preservative-Treated Wooden Poles Using Drilling-Resistance Measurements Forests 11(1): 20Anonymous 1965: Wooden poles in Europe. (1) Properties and economic merits of wooden power-transmission poles. (2) The use of wooden poles for telecommunication lines, and the protective treatment of transmission poles Holz-Zbl, 91: 123; 125, 2149-50; 2187-8
Christopher, A. Bolin; Stephen, T. Smith 2011: Life cycle assessment of pentachlorophenol-treated wooden utility poles with comparisons to steel and concrete utility poles Renewable and Sustainable Energy Reviews 15(5): 2475-2486
Degroot, R.C. 1994: Field trials with preservative-treated shakes in southern Mississippi Proceedings annual meeting of the American Wood Preservers' Association 90: 88-91
Perkins, R.H.; Hunt, M.O. 1977: Field service trials of cold soak preservative treated wood products Research Bulletin, Agricultural Experiment Station, Purdue University (RB 939): 9
Aho, V. 1969: The condition and salt retention of poles treated with water-borne preservatives after 15 years in service. I. Pine poles pressure-treated with Lahontuho K-33. II. Spruce poles treated by the Boucherie process with Tancas U Tied. Valt. Tekn. Tutkimusl. Sarja 1-Puu
Narayanamurti, D. 1948: Note on treated wooden transmission poles in India Indian Forest Bull 140: 1-43
Groenou, H.B. van 1980: Creosote-impregnated Scots pine poles after 25 years of field trials. An investigation of the West-European Institute for Wood Impregnation Holz Zentralblatt 106(48): 708-709
Burger, H. 1953: Warping in preservative-treated transmission poles. Mitt. schweiz. Anst. forstl. Versuchsw 29(2): 177-188
Stewart, D. 1940: The use of treated wooden poles in India for electric distribution and service Indian Forester 66(3): 146-154
De-Groot, R.; Crawford, D.; Norton, J.K.ith, J. 2000: Five-year field trials using preservative-treated, second-growth Douglas-fir exposed in ground contact in Australia Forest products journal 50(2): 46-53
Hakansson, K. 1979: Glue jointing of preservative treated electricity poles International Journal of Wood Preservation 1(3): 115-118
Kamdem, D.; Munson, J. 1997: Reconstituted particleboards from old CCA preservative treated utility poles Proceedings annual meeting of the American Wood Preservers' Association 2(92): 117-130
Giron, M.Y.; Garcia, C.M.; San Pablo, M.R. 1999: Remedial treatment of preservative-treated cocowood poles FPRDI Journal 25(1-2): 71-82
Giron, M.Y.; San Pablo, M.R.; Morrel, J.J. 1996: Controlling internal decay of preservative-treated utility poles FPRDI Journal 22(2): 39-48
Cui, F.; Ruddick, J. N. R. 1994: A New Procedure for the Analysis of Chlorophenols in Preservative Treated Utility Poles International Journal of Environmental and Analytical Chemistry 57(1): 73-82
Cooper, P.; Ung, T.; Aucoin, J.-P.; Timusk, C. 1996: The Potential for Re-Use of Preservative-Treated Utility Poles Removed From Service Waste Management and Research 14(3): 263-279
Morrell, J.J.; Newbill, M.A.; Sexton, C.M.; Zahora, A.R. 1988: Fungal colonization of preservative-treated Douglas-fir poles during storage Forest Products Journal 38(1): 21-22
Scott, M.H. 1946: The use of chemically treated wooden poles for telephone and power transmission lines in South Africa Jour S African Forest Assoc 13: 21-34
Degroot, R.C.; Popham, T.W.; Gjovik, L.R.; Forehand, T. 1979: Distribution gradients of arsenic copper and chromium around preservative treated wooden stakes Journal of Environmental Quality 8(1): 39-41