Herein, low-cost mesoporous activated carbons (ACs) with high adsorption capacity were
prepared by various agricultural bio-wastes, including Kiwi peel (KP), Cucumber peel (CP) …

This study is devoted to an investigation of the effects of sonication time, adsorbent mass, pH
and sunset yellow (SY) and disulfine blue (DB) concentration on the removal of DB and SY …

In this study, ANN (artificial neural network) model was applied to estimate the Ni (II) removal
efficiency of peanut shell based on batch adsorption tests. The effects of initial pH, metal …

The present research is based on the removal of safranin (cationic) dye, an emerging
contaminant from wastewater by sodium bicarbonate modified Bambusa tulda (variety of …

Cadmium is one of the most hazardous heavy metal concerning human health and aquatic
pollution. The removal of cadmium through biosorption is a feasible option for restoration of …

In this study, a genetic programming (GP) model was developed to predict and optimize the
Pb (II) removal capacity for natural, sodium, and acid-modified clinoptilolite-rich tuffs …

Background and objective: Wastewaters including dyes produced by various industries have
serious destructive effects on the environment. Therefore, proposing analytical and …

Цель: построение кинетических моделей сложных химических реакций методами
математического моделирования, которые реализованы в виде комплекса программ …

In this study, a green approach has been described for the synthesis of copper sulfide
nanoparticles loaded on activated carbon (CuS‐NP‐AC) and usability of it for the removal of …

زمینه و هدف: پساب های حاوی رنگزاها که از صنایع مختلف تولید می شوند, اثرات و پیامدهای مخربی
بر محیط زیست میگذارند. از این رو, ارائهی مدلهای ریاضی تحلیلی و عددی که قادر به شبیه سازی …‎