A novel, simple, fast, cheap and pollution-free method was developed for recovering the silver from waste X-ray photographic lms with NaOH stripping. The method has a number of advantages because it obviates the need for burning, oxidizing, electrolysis or purifying steps. Moreover, all experiments were carried out in the same flask, unlike other techniques. Silver recovery conditions were optimized and silver a purity level of 99 % was recovered. The metal impurities (Al, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb and Sn) in the recovered silver were determined using the ICP-MS method. The results were compared with results in the literature for high-purity silver using the same method. Key Words: Silver recovery, waste photographic lms, sodium hy...
Industries such as mining and industrial minerals, metallurgical, photo processing, textile, leather...
Spent photographic fixer solution, colour bleach-fixer solution (CBFS) etc are very good sources of ...
With the current emphasis on industrialization and the wide spread information technologies, electro...
WOS: 000181586900017A novel, simple, fast, cheap and pollution-free method was developed for recover...
A novel, simple, fast, cheap and pollution free method for utilizing waste X-ray film for silver re...
The study aims to establish a chemical method of silver recovery from x-ray processing fixer waste b...
WOS: 000171604000012A different enzymatic method was developed for stripping the silver from waste X...
Silver recovery research from x-ray film waste by leaching and precipitation method using NaOH and N...
This paper highlights the techniques for silver recovery from radiographic waste; effluent and X-ray...
The major sources to recover silver are photo-processing solutions, spent rinse water, scrap film an...
WOS: 000285267300016The major sources to recover silver are photo-processing solutions, spent rinse ...
The modernization of technologies has led to the escalation of the demand for silver in the electric...
A process for the recovery of silver present in processed radiographic films is described. It is bas...
The purpose of this study was to determine the weight of the silver produced from silver recovery pr...
Dental amalgam residues are probably the most important chemical residues generated from clinical de...
Industries such as mining and industrial minerals, metallurgical, photo processing, textile, leather...
Spent photographic fixer solution, colour bleach-fixer solution (CBFS) etc are very good sources of ...
With the current emphasis on industrialization and the wide spread information technologies, electro...
WOS: 000181586900017A novel, simple, fast, cheap and pollution-free method was developed for recover...
A novel, simple, fast, cheap and pollution free method for utilizing waste X-ray film for silver re...
The study aims to establish a chemical method of silver recovery from x-ray processing fixer waste b...
WOS: 000171604000012A different enzymatic method was developed for stripping the silver from waste X...
Silver recovery research from x-ray film waste by leaching and precipitation method using NaOH and N...
This paper highlights the techniques for silver recovery from radiographic waste; effluent and X-ray...
The major sources to recover silver are photo-processing solutions, spent rinse water, scrap film an...
WOS: 000285267300016The major sources to recover silver are photo-processing solutions, spent rinse ...
The modernization of technologies has led to the escalation of the demand for silver in the electric...
A process for the recovery of silver present in processed radiographic films is described. It is bas...
The purpose of this study was to determine the weight of the silver produced from silver recovery pr...
Dental amalgam residues are probably the most important chemical residues generated from clinical de...
Industries such as mining and industrial minerals, metallurgical, photo processing, textile, leather...
Spent photographic fixer solution, colour bleach-fixer solution (CBFS) etc are very good sources of ...
With the current emphasis on industrialization and the wide spread information technologies, electro...