FMTL_xL_yL_z Dimensional Equation for Sludge Drying Beds

Abstract

An equation for sludge dewatering using FMTL An equation for sludge dewatering using FMTL An equation for sludge dewatering using FMTL An equation for sludge dewatering using FMTL plant made of 12mm plant made of 12mm plant made of 12mm plant made of 12mm thick thick thick thick steel plate was used in designing a drying steel plate was used in designing a drying steel plate was used in designing a drying steel plate was used in designing a drying a total area of 0.90m a total area of 0.90m a total area of 0.90m a total area of 0.90m 2 2 2 2 and was used in dewatering sewage sludge from t and was used in dewatering sewage sludge from t and was used in dewatering sewage sludge from t and was used in dewatering sewage sludge from t water water water water treatment plant. Parameters affecting filtration pr treatment plant. Parameters affecting filtration pr treatment plant. Parameters affecting filtration pr treatment plant. Parameters affecting filtration pr analysis approach. The derived equation based on the concept of specific resistance analysis approach. The derived equation based on the concept of specific resistance analysis approach. The derived equation based on the concept of specific resistance analysis approach. The derived equation based on the concept of specific resistance performance o performance o performance o performance of the sand drying bed as a slud f the sand drying bed as a slud f the sand drying bed as a slud f the sand drying bed as a slud obtained from the sewage plant, the theoretical prediction of the derived equation gave a close relationship to the obtained from the sewage plant, the theoretical prediction of the derived equation gave a close relationship to the obtained from the sewage plant, the theoretical prediction of the derived equation gave a close relationship to the obtained from the sewage plant, the theoretical prediction of the derived equation gave a close relationship to the practical values with a correlation of 0.994 practical values with a correlation of 0.994 practical values with a correlation of 0.994

Sludge Filtration Resistance Model Based on Electrical Resistance Analogy

“…FMTLxLyLz dimensional analysis based on specific resistance and compressibility [19] [20] [21]. The analysis of experimental data was in accordance with theoretical predictions.…”