Stray currents and pollution of the environment

• Autorzy: Zakowski K. , Darowicki K.
• Języki publikacji: EN

Abstrakty

EN

Stray currents, similarly to the noise level or electromagnetic wave emission, belong to physical factors affecting the state of the natural environment. Hazards to the natural environment have been shown, which can be caused by corrosion breakdowns of industrial structures caused by stray currents. Issues connected with stray currents have been discussed. Their sources and the corrosion hazard caused by these currents have been characterised. Anticorrosion protection methods have been presented of metal structures subjected to the harmful interaction of stray currents.

Słowa kluczowe

EN

ecology; pollution; natural environment; environment; cathodic protection; corrosion; stray current

• Wydawca: -
• Czasopismo: Polish Journal of Environmental Studies
• Rocznik: 1999
• Tom: 08
• Numer: 4
• Opis fizyczny: p.209-212,ref.

Twórcy

autor

Zakowski K.

• Technical University of Gdansk, G.Narutowicza 11-12, 80-952 Gdansk, Poland

autor

Darowicki K.

Bibliografia

• 1.PYLKA-GUTOWSKA E. Ekologia z ochrona. srodowiska. Przewodnik. Warszawa, 1996.
• 2.KICIŃSKA B. Atlas zagrozen i ochrony srodowiska geografi­cznego Polski. Warszawa, 1996.
• 3.BAECKMANN W. Taschenbuch fur kathodischen Korro- zionsschutz. Essen, 1975.
• 4.PN-90/E-05030/00 Ochrona przed korozja.. Elektrochemiczna ochrona katodowa. Wymagania i badania.
• 5.SCHWALM L., SANDOR J. Stray current - the major cause of underground plant corrosion. Materials Performance 8 (6), 12, 1969.
• 6.DUNBAR O. Stray current analysis. Materials Performance 5 (11), 27, 1966.
• 7.DZIUBA W. Siec powrotna i prady bladzace. Instytut Elektro­techniki. Warszawa, 1995.
• 8.PN-92/E-05024 Ochrona przed korozja.. Ograniczanie uplywu pradow bladzacych z trakcyjnych sieci powrotnych pradu sta- tego.
• 9.Direct Current (DC) Operated Rail Transit and Mine Railroad Stray Current Mitigation. NACE Publication 1 OB 189. NACE 1989.
• 10.MOODY K. Stray current characteristics of DC transit sys tems. Materials Performance 33 (6), 15, 1994.
• 11.NIKOLAKAKOS S. Stray currents generation, interference effects and control. NACE CORROSION/98, Paper No. 559, 1998.
• 12.PEABODY A.W. Techniques and Equipment Needed for HVDC Studies. Materials Protection 7, 37, 1969.
• 13.FITZGERALD III J.H., KROON D.H. Stray current interfe rence control for HVDC earth currents. Materials Performance 34 (6), 19, 1995.
• 14.CHRISTOFERSEN J. National Electrical Safety Code (NESC) HVDC, 1996.
• 15.Ochrona elektrochemiczna przed korozja,. WNT Warszawa, 1991.
• 16.WRANGLEN G. Podstawy korozji i ochrony metali. Warsza wa, 1985.
• 17.UHLIG H. Korozja i jej zapobieganie. WNT Warszawa, 1976.
• 18.JUCHNIEWICZ R., SOKOLSKI W. Krytyczna analiza wspolczesnych technik monitorowania zagrozenia korozyjne­go rurociagow. Ochrona przed Korozja. 40 (8), 226, 1997.
• 19.PN-90/E-05030/10 Ochrona przed korozja.. Elektrochemiczna ochrona katodowa i anodowa. Nazwy i okreslenia.
• 20.http://www.metalogic.be/Mat/Web/reading/corrosie/c_sty.htm
• 21.BAECKMANN W., SCHWENK W., PR1NZ W. Handbook of Cathodic Protection, Third Edition. Gulf Publishing Company, Houston Texas, 1997.
• 22.JUCHNIEWICZ R. Technika przeciwkorozyjna. Czesc 1, WSiP Warszawa, 1989.
• 23.RIVERS W., PRICE D. Stray current mitigation through the use of electrical isolation and cathodic protection. Materials Performance 28 (9), 17, 1989.
• 24.SIDORIATE W. DC transit rail isolation design, installation and problem resolution on the Baltimore Central Light Rail Line. NACE CORROSION/93, Paper No. 591, 1993.