. Vanadation Method of protecting stable magnetite layer from corrosion Must reduce V5+ and deposition on surface Steady state is reached when V5+ : V2O5 is 0.4 If ratio less than 0.3 - rapid break down and corrosion High levels can lead to degradation of DEA Most plants have a slow reduction of V5+ to V4+ Can counter by addition of KNO2
NFCL thankful to beloved SIRS-Shri K.S RAJU, Shri US JHA Chairman, Shri RAHUL RAJU–MD , SHRI RM DESHPANDE, Shri R.RAGHAVAN, Shri GVS ANAND, SHRI VIJAY KUMAR (Site Incharge), Shri G.B.Rao Shri PVSN Raju, Dr. V. Sunny John, Shri KS Gunasekhar , Shri IVSN Raju.Shri MSRKS Prasad, Shri D.Mohanty , Shri Uma Maheswar Rao, Shri. LVV RAO, Shri. DV Reddy, Promotion- EHSQ-Industry by Dr. A.N. GIRI- SPECIAL THANKS TO BELOVED DYNAMIC MD-SHRI RAHUL RAJU SIR-25.1 LAKHS EHSQ Viewed.
Saturday 12 November 2016
Vanadation Method of protecting stable magnetite layer from corrosion Must reduce V5+ and deposition on surface Steady state is reached when V5+ : V2O5 is 0.4 If ratio less than 0.3 - rapid break down and corrosion High levels can lead to degradation of DEA
. Vanadation Method of protecting stable magnetite layer from corrosion Must reduce V5+ and deposition on surface Steady state is reached when V5+ : V2O5 is 0.4 If ratio less than 0.3 - rapid break down and corrosion High levels can lead to degradation of DEA Most plants have a slow reduction of V5+ to V4+ Can counter by addition of KNO2
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