DocumentCode
1899678
Title
Natural Ester Transformer Fluids: Safety, Reliability & Environmental Performance
Author
Stockton, David P. ; Bland, John R., Jr. ; Mcclanahan, Todd ; Wilson, Jim ; Harris, David L. ; Mcshane, Patrick
Author_Institution
Cooper Power Syst., Waukesha
fYear
2007
fDate
17-19 Sept. 2007
Firstpage
1
Lastpage
7
Abstract
Fire safety, firewalls, deluge systems, and fluid containment are some of the fire protection problems users face when installing mineral oil filled transformers. Aging substation infrastructure, environmental protection, and resource sustainability are other growing issues. To address these concerns, natural ester fluids are being utilized for their superior fire, environmental, and life extension properties. Natural ester fluid offers the highest fire-point of any insulating fluid at 360degC, and a flawless fire safety record through 10 years and more than 45,000 installations. Natural ester fluid is manufactured from seed oil and biodegradable additives, making it readily biodegradable in the case of a spill. The combination of fire safety and biodegradability typically eliminates the traditional need for firewalls; deluge systems; and can reduce spill containment, reporting, and/or remediation requirements. Properties unique to certain seed oils help to slow the insulation aging rate and to stabilize the electrical performance of the transformer. This paper presents two refinery case studies for natural ester fluids; the first study is for new distribution transformers and the second is for retro-filling existing power transformers.
Keywords
electrical safety; environmental factors; fires; power transformer insulation; substation protection; biodegradable additives; deluge systems; distribution transformers; environmental performance; environmental protection; fire protection problems; fire safety; firewalls; fluid containment; insulation aging rate; life extension properties; mineral oil; natural ester transformer fluids; resource sustainability; seed oils; spill containment; substation infrastructure; Aging; Biodegradable materials; Fires; Minerals; Oil insulation; Petroleum; Power transformer insulation; Power transformers; Safety; Substation protection; Biodegradability; Environmental Protection; Factory Mutual Global (FM); Less Flammable fluid; National Electric Code (NEC); Natural Ester; Transformer Fire Safety; Underwriter´s Laboratories (UL);
fLanguage
English
Publisher
ieee
Conference_Titel
Petroleum and Chemical Industry Technical Conference, 2007. PCIC '07. IEEE
Conference_Location
Calgary, Alta.
ISSN
0090-3507
Print_ISBN
978-1-4244-1140-5
Electronic_ISBN
0090-3507
Type
conf
DOI
10.1109/PCICON.2007.4365795
Filename
4365795
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