Large Stainless Steel Tube Plant to Actively Enter the Nuclear Power Plant Market

understood that the construction of the domesticcaused by corrosion) has forced these companies to
need 100,000 -30 million megawatt nuclear powerreconsider their selection of questions.
plant to reduce carbon dioxide emissions in order toFor example, New Jersey's Salem nuclear power
achieve pollution targets. This means more than 100plant, beginning in 1988 the use of 6% molybdenum
new nuclear power stations, nuclear power muststainless steel large-scale replacement of S30400,
once again become a strong alternative to fossil fuelS31600 and polythene lined steel water pipelines.
energy. According to the World Nuclear Association,Metal replacement program 2290m254 SMO
China has five power stations under construction, six(S31254), AL6XN and 25-6MO (both are N08925)
included in the plan, 19 are in the pipeline. By 2020,pipe, a diameter of 19 ~ 508mm.
China's national self-reliant development of nuclear2006 at ASME (American Society of Mechanical
power Leaders Group would like the equipmentEngineers) Section 7 appendix has released the first
operational capacity of 40GW and is building thebuilding with Class Ⅲ S32205 (N-741) examples
capacity of the equipment at 18GW. That is to sayof steel and regulations. The corrosion resistance and
the next 15 years at 30 new nuclear power plant,regulations for licensing S31600 and 6% Mo Steel
which will enable the growth of Chinese nuclearMaterials between the gate opens. Recently, North
power at the world's first residents.Carolina, Duke Energy of Charlotte company has
R & D on behalf of boiler tubes enterprises: inbeen recognized by ASME, consent to the use of
April of this year, China Machinery Industryduplex stainless steel S32205 produced safe water
Federation in Huzhou in Zhejiang Province held apiping system.
"super (super)-critical power plant boiler with stainlessThe use of alloy steel parts: a steam generator
steel tube and pipe industry appraisal." At theweighs 500t probably more than its weight around 10
meeting, Taigang developed ultra (ultra) supercriticalpercent are from 4000 ~ 15000 alloy tubes. The
power plant boiler with stainless steel tube throughlength of the scope tube is 12.4 ~ 21.3m, OD 19.1 ~
the identification successfully. The product22.2mm, wall thickness 1.02 ~ 1.27mm.
development to fill the domestic production of ultraIn the past 15 years, the United States B & W
(ultra) supercritical power plant boiler seamless steelhas used N06690 alloy pipe replaced 42 steam
pipe billet gaps, to reach the international advancedgenerator heat transfer tube. Ontario, Canada will
level of similar products can substitute for imports,also power the company's Bruce nuclear power plant
with good social and economic benefits. Walsin LihwaBruceA replace the use of N08800 alloy pipe
domestic, Huzhou long-li and other enterprises haveevaporator 24 120t in the heat transfer tube.
also developed the ultra (ultra) supercritical powerOn behalf of Enterprise: ZTE Energy Equipment
plant boiler seamless steel pipes for the application ofCompany Limited (formerly Nantong Special Steel Co.,
nuclear power industry and lay a solid foundation.Ltd.), Nantong Special Steel in 2008 and vigorously
Application of duplex stainless steel parts: Most ofdevelop sales policies alloy steel, materials for: Cr5Mo,
the early water supply pipes had been used in nuclear15CrMovg, 12Cr1Movg, 10CrMo910, T91, etc..
power plants have lined or have corrosion resistanceCan be seen, regardless of the reconstruction of the
of carbon steel, but a large number of powerexisting nuclear power plants or construction of new
stations have been replaced with stainless steelnuclear power plants, nickel, stainless steel and
carbon steel pipe of these. However, the repairnickel-base alloy at the nuclear power industry will
issues, including the S30400 and S31600 stainlesscontinue to play an irreplaceable role. And large
steel corrosion (such as bacteria in the waterdomestic enterprises to actively respond to sense.
because of the existence and high chloride content