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Showing 1 to 4 of 4 for “"aluminum solids"”.

  1. Influences of Water Chemistry and Flow Conditions on Non-Uniform Corrosion in Copper Tube

    … reactions. Furthermore, the addition of aluminum solids to the base pitting water chemistry dramatically increased the formation of tubercle mounds on the inside of the copper pipes in contact with the waster. Aluminum solids have been observed to be a vital constituent for sustaining pit …

    vt Repository record for Influences of Water Chemistry and Flow Conditions on Non-Uniform Corrosion in Copper Tube (opens in a new tab)

  2. Initiation, Propagation, and Mitigation of Aluminum and Chlorine Induced Pitting Corrosion

    … high chlorine, pH levels and the presence of aluminum solids. Experiments were conducted to 1) examine the interplay between these constituents, 2) confirm that the water was aggressive enough to eat a hole through a pipe, 3) examine phosphate inhibition, and 4) try to determine the scope of …

    vt Repository record for Initiation, Propagation, and Mitigation of Aluminum and Chlorine Induced Pitting Corrosion (opens in a new tab)

  3. Advancing the Understanding of Water Distribution System Corrosion: Effects of Chlorine and Aluminum on Copper Pitting, Temperature Gradients on Copper Corrosion, and Silica on Iron Release

    … of relatively high levels of free chlorine and aluminum in the distribution system. Experiments were conducted to examine the effect of these constituents on copper pitting under stagnant and flow conditions. That led to discovery of a synergistic redox reaction between chlorine, aluminum

    vt Repository record for Advancing the Understanding of Water Distribution System Corrosion: Effects of Chlorine and Aluminum on Copper Pitting, Temperature Gradients on Copper Corrosion, and Silica on Iron Release (opens in a new tab)

  4. Geochemcial Controls on Arsenic and Phosphorus in Natural and Engineered Systems

    … eutrophication. Initial work focused on arsenic solids that might exert geochemical control on soluble arsenic. Formation of proposed iron, barium, copper and zinc-arsenic solids were systematically examined under realistic environmental conditions. Thermodynamically favored copper, ferrous and …

    vt Repository record for Geochemcial Controls on Arsenic and Phosphorus in Natural and Engineered Systems (opens in a new tab)