Liquid waste from batik industry often causes environmental problems, because there is a pollutant content of Biochemical Oxygen Demand (BOD). Corn cobs and husks contain high cellulose which has the potential to become activated carbon. This study aims to analyze the bioadsorbent mixture of cobs and corn husks in reducing BOD levels in batik wastewater. This type of research is pre-experimental, the research design is One Group Pretest Posttest Design. Variations in the mass of bioadsorbent mixture of corn cobs and husks with a ratio of (70:30), (60:40) and (50:50) contact time for 2.5 hours in 500 ml of batik liquid waste. Measurement of BOD levels was carried out after treatment. Data analysis using ANOVA test. The highest percentage of ...
Background : Treatment of textile waste industry, including batik can be implemented with a biodegra...
The increase in production from the batik industry, in addition to providing a positive influence on...
This study aims to produce adsorbents from fly ash boilers for palm oil mills and rice husk ash as a...
Background: The batik industry produces chemical waste with a COD value of 1918 mg/l; (above the saf...
Liquid waste from sasirangan industrial activities has a high enough Chemical Oxygen Demand pollutan...
Indonesia as an agricultural country, produces many agricultural products. In addition to agricultur...
The research about “The Production of Bioetanol in Corn cob waste (Zea Mays) of Resulting The Delign...
Batik industry waste is one of the contributors to environmental pollution. The production process i...
Waste from harvested corn, especially cob, is a lignocellulose source that has not been utilized eff...
This study was aimed to utilize rice husk and corn cob and skin to produce biobricket as an alternat...
Industri batik saat ini mengalami pertumbuhan yang pesat. Hal ini memberikan manfaat tetapi menimbul...
In the last ten years, the batik industry has experienced very rapid growth. This provides benefits ...
Corn stalk contains 40-50% cellulose, 20-40% hemicellulose, 4-15% lignin which had potential as bios...
Penelitian ini memberikan informasi mengenai pengolahan limbah pertanian sebagai adsorpsi zat warna ...
Background : Treatment of textile waste industry, including batik can be implemented with a biodegra...
Background : Treatment of textile waste industry, including batik can be implemented with a biodegra...
The increase in production from the batik industry, in addition to providing a positive influence on...
This study aims to produce adsorbents from fly ash boilers for palm oil mills and rice husk ash as a...
Background: The batik industry produces chemical waste with a COD value of 1918 mg/l; (above the saf...
Liquid waste from sasirangan industrial activities has a high enough Chemical Oxygen Demand pollutan...
Indonesia as an agricultural country, produces many agricultural products. In addition to agricultur...
The research about “The Production of Bioetanol in Corn cob waste (Zea Mays) of Resulting The Delign...
Batik industry waste is one of the contributors to environmental pollution. The production process i...
Waste from harvested corn, especially cob, is a lignocellulose source that has not been utilized eff...
This study was aimed to utilize rice husk and corn cob and skin to produce biobricket as an alternat...
Industri batik saat ini mengalami pertumbuhan yang pesat. Hal ini memberikan manfaat tetapi menimbul...
In the last ten years, the batik industry has experienced very rapid growth. This provides benefits ...
Corn stalk contains 40-50% cellulose, 20-40% hemicellulose, 4-15% lignin which had potential as bios...
Penelitian ini memberikan informasi mengenai pengolahan limbah pertanian sebagai adsorpsi zat warna ...
Background : Treatment of textile waste industry, including batik can be implemented with a biodegra...
Background : Treatment of textile waste industry, including batik can be implemented with a biodegra...
The increase in production from the batik industry, in addition to providing a positive influence on...
This study aims to produce adsorbents from fly ash boilers for palm oil mills and rice husk ash as a...