Separation and concentration of nonferrous and less-common metals on polyacrylonitrile sorbents in voltammetric analysis of aqueous solutions

Fibrous materials based on polyacrylonitrile were studied as filters for separation of interfering components and for selective concentration of monitored substances in voltammetric analysis of aqueous solutions. Methods of sample preparation developed in our work may be useful in ecomonitoring of aqueous objects in the area of impact of nonferrous metallurgical plants and electroplating manufactures

After treatment of industrial waste water to remove tungsten and molybdenum ions with polymer fibrous solvents

Chemisorption recovery of tungsten and molybdenum ions from aqueous solutions with the use of VION fibrous filtration materials based on copolymers of vinylpyridine and polyacrylonitrile was studied

After treatment of industrial waste water to remove tungsten and molybdenum ions with polymer fibrous solvents

Chemisorption recovery of tungsten and molybdenum ions from aqueous solutions with the use of VION fibrous filtration materials based on copolymers of vinylpyridine and polyacrylonitrile was studied

Separation and concentration of nonferrous and less-common metals on polyacrylonitrile sorbents in voltammetric analysis of aqueous solutions

Fibrous materials based on polyacrylonitrile were studied as filters for separation of interfering components and for selective concentration of monitored substances in voltammetric analysis of aqueous solutions. Methods of sample preparation developed in our work may be useful in ecomonitoring of aqueous objects in the area of impact of nonferrous metallurgical plants and electroplating manufactures