Research on the adsorption of benzoic acid compounds using activated carbon of banana stems (Musa paradisiaca L) has been carried out. The method used is adsorption with activated adsorbent modification. SEM morphological results on banana stems showed differences before and after activation. From the research results obtained the optimum adsorption concentration of activated carbon of banana stems at adsorbent weight of 0.6 grams, xylene concentration of 40 ppm and adsorption capacity of 1.165 mg/g. Optimum time of activated carbon of banana stem was 0.4 gram, adsorption time was 45 minutes and adsorption capacity was 1.772 mg/g
Petroleum monoaromatics especially benzene contamination in water and wastewater is the major concer...
Different types of agriculture waste are used in waste water treatment such as rice straw, bagasse a...
The research has been done concerning the adsorption of biological charcoal from kapok banana peel o...
Test of activated carbon adsorption ability of banana stem waste (Musa paradisiaca L) on xylene has ...
Grounded on BLHD’s report of South Borneo on 2009, Fe contents in Barito river achieve 2,5455 mg/L. ...
Abstract This experiment was run to characterize the banana trunk-activated carbon through methylene...
We report on the adsorptive removal of benzoic acid (BA) and salicylic acid (SA) using banana peel (...
This research work goals at searching the effectiveness of Malachite Green dye removal using banana ...
The adsorptive removal of benzene from aqueous solution by four types of surfactant modified banana ...
One of the chemical parameters in the requirements of clean water is water hardness. Hardness is a t...
In this study, the efficiency of activated carbon produced from Henna wood was studied to remove her...
Activated carbon was produced from three carbon rich agricultural waste materials; bamboo, coconut a...
PEMANFAATANÂ LIMBAH BATANG PISANG (MUSA PARADISIACA L) SEBAGAI ARANG AKTIF MELALUI PROSES AKTIVASI ...
Indonesia is acountry with a tropical climate where coffee and banana plants can grow and develop ve...
Carbonization of carbon obtained from plantain (Musa paradisiaca) stem was achieved at a temperature...
Petroleum monoaromatics especially benzene contamination in water and wastewater is the major concer...
Different types of agriculture waste are used in waste water treatment such as rice straw, bagasse a...
The research has been done concerning the adsorption of biological charcoal from kapok banana peel o...
Test of activated carbon adsorption ability of banana stem waste (Musa paradisiaca L) on xylene has ...
Grounded on BLHD’s report of South Borneo on 2009, Fe contents in Barito river achieve 2,5455 mg/L. ...
Abstract This experiment was run to characterize the banana trunk-activated carbon through methylene...
We report on the adsorptive removal of benzoic acid (BA) and salicylic acid (SA) using banana peel (...
This research work goals at searching the effectiveness of Malachite Green dye removal using banana ...
The adsorptive removal of benzene from aqueous solution by four types of surfactant modified banana ...
One of the chemical parameters in the requirements of clean water is water hardness. Hardness is a t...
In this study, the efficiency of activated carbon produced from Henna wood was studied to remove her...
Activated carbon was produced from three carbon rich agricultural waste materials; bamboo, coconut a...
PEMANFAATANÂ LIMBAH BATANG PISANG (MUSA PARADISIACA L) SEBAGAI ARANG AKTIF MELALUI PROSES AKTIVASI ...
Indonesia is acountry with a tropical climate where coffee and banana plants can grow and develop ve...
Carbonization of carbon obtained from plantain (Musa paradisiaca) stem was achieved at a temperature...
Petroleum monoaromatics especially benzene contamination in water and wastewater is the major concer...
Different types of agriculture waste are used in waste water treatment such as rice straw, bagasse a...
The research has been done concerning the adsorption of biological charcoal from kapok banana peel o...