1986
DOI: 10.1007/bf02833571
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High temperature corrosion problems in waste incineration systems

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Cited by 53 publications
(28 citation statements)
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“…Caustic cracking occurs in solutions, where mixed active and passive control of corrosion is operative [51]. We can prevent caustic embrittlement by adding compounds such as sodium sulphite, tannin, lignin, and phosphate, because it blocks the cracks presented by infiltration of alkali [52].…”
Section: Possible Solutions For Caustic Embrittlementmentioning
confidence: 99%
“…Caustic cracking occurs in solutions, where mixed active and passive control of corrosion is operative [51]. We can prevent caustic embrittlement by adding compounds such as sodium sulphite, tannin, lignin, and phosphate, because it blocks the cracks presented by infiltration of alkali [52].…”
Section: Possible Solutions For Caustic Embrittlementmentioning
confidence: 99%
“…As waste generation has increased considerably worldwide in the last few decades; the combustion of biomedical waste, municipal solid wastes, and biomasses in fluidizedbed boiler facilities is an attractive solution for both energy production and conservation of land, otherwise wasted in landfills [8,9]. Landfill disposal of waste may result in ground water pollution if the landfill site is inadequately designed or operated [1].…”
Section: Introductionmentioning
confidence: 99%
“…Above this temperature no NaCI was found in the deposits. Both NaCl and KCI were identified by X-ray diffraction analysis of probe deposits collected at the Miami County, OH waste combustor (Krause, 1986). These chlorides were found on the lower temperature probe specimens, exposed at about 260°C (500'F) and, in some short-term tests (24-hour), chloride concentrations of 21 to 27 weight percent were measured.…”
Section: Behavior Of Corrosive Species During Combustionmentioning
confidence: 99%
“…Krause (1986) attempted to rationalize the sequence of chemical reactions that may occur in these deposits and lead to corrosion. However, the chloride and sulfide are slowly oxidized to Fe203 at the outer surface of the scale away from the metal substrate, so that the C12 or S2 partial pressure in the respective phase is increased and the reaction proceeds by attack of the substrate metal.…”
Section: Deposit-related Corrosionmentioning
confidence: 99%
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