Advances in treating heavy metals containing wastes

This publication has 30 references indexed in Scilit:

• Recovery process for complexed copper‐bearing rinse waters
  Environmental Progress, 1984
• Copper removal from effluents using a sulphonated lignite Bath and fixed-bed studies
  Fuel, 1984
• Adsorption and surface precipitation of metals on amorphous iron oxyhydroxide
  Environmental Science & Technology, 1983
• Chemical changes in concentrated, acidic, metal-bearing wastewaters when treated with lime
  Environmental Science & Technology, 1983
• Treatment of heavy metals in wastewaters. What wastewater‐treatment method is most cost‐effective for electroplating and finishing operations? Here are the alternatives
  Environmental Progress, 1982
• On “soluble‐sulfide precipitation for heavy metals removal from wastewaters”
  Environmental Progress, 1982
• Electrolytic removal of heavy metals from wastewaters. Elimination of end‐of‐the‐line treatment is the key to important savings of capital and operating costs
  Environmental Progress, 1982
• Effects of complexation by chloride, sulfate, and thiosulfate on adsorption behavior of cadmium on oxide surfaces
  Environmental Science & Technology, 1982
• Removal of heavy metals from electroplating rinsewaters by precipitation, flocculation and ultrafiltration
  Water Research, 1982
• Insoluble starch xanthate: Use in heavy metal removal
  Journal of Applied Polymer Science, 1975