In-depth performance evaluation of an innovative halophyte-based multistage constructed wetland-microbial fuel cell for the treatment of brackish sewage
Constructed wetland-microbial fuel cells (CW-MFC) can be the future of sustainable
wastewater management. This study developed a multistage CW-MFC based on the …
wastewater management. This study developed a multistage CW-MFC based on the …
Kinetics of carbon and nitrogen assimilation by heterotrophic microorganisms during wastewater treatment
The present study highlights microbial assimilation of carbon (glucose) and nitrogen (NH 3–
N) from wastewater using heterotrophic bioconversion process. Experiments were …
N) from wastewater using heterotrophic bioconversion process. Experiments were …
Environmental Contaminants Remediation from Real Domestic Wastewater through a Canna-Based Bioretention Engineered System
Wastewater treatment using constructed wetlands (CW) has received tremendous scientific
interest. However, its relevance to sustainable resource management with circular economy …
interest. However, its relevance to sustainable resource management with circular economy …
Assessment of amoxicillin (AMX) removal from aqueous medium through Rhapis-based bioretention system
M Muduli, H Gohil, G Satasiya, N Ansari, A Nair… - … Science and Pollution …, 2024 - Springer
Antibiotics can be effectively removed from wastewater using constructed wetlands (CWs).
However, little is known about using attractive garden plants in CWs to eliminate antibiotics …
However, little is known about using attractive garden plants in CWs to eliminate antibiotics …
Monitoring and assessment of ecological systems used for iron and environmental pollutants remediation from aqueous medium
The study assessed the efficiency of three distinct ecological system configurations for
removing iron from an aqueous medium. Three systems were designed for the treatment of …
removing iron from an aqueous medium. Three systems were designed for the treatment of …
Temporal Variations in N2O Emissions in Maize and Wheat Crop Seasons: Impact of N-Fertilization, Crop Growth, and Weather Variables
Nitrous oxide (N2O) emission from agricultural soils is one of the important contributors to
global greenhouse gas (GHG) emissions. The impact of crop growth and weather variables …
global greenhouse gas (GHG) emissions. The impact of crop growth and weather variables …
Water filled-pore space and soil temperature related to N2O fluxes from shallot cultivated in rainy and dry season
M Ariani, P Setyanto, A Wihardjaka - IOP Conference Series …, 2021 - iopscience.iop.org
Agricultural soils managed with a large amount of fertilizer generate nitrous oxide (N 2 O).
This study aims to observe the N 2 O flux rates from four organic matter treatments and …
This study aims to observe the N 2 O flux rates from four organic matter treatments and …
Kinetics with optimization studies of nitrogen and organic elimination from wastewater via heterotrophic biomass conversion process
Heterotrophic biomass conversion (HBC) research was carried out for the removal of N-NH
3 and organic carbon from synthetic wastewater. Ammonium nitrate and glucose were used …
3 and organic carbon from synthetic wastewater. Ammonium nitrate and glucose were used …
N2O emission from managed soil under different crops in rainfed area, Central Java
M Ariani, A Hervani, P Setyanto - Journal of Tropical Soils, 2017 - journal.unila.ac.id
N2O emission from agriculture has been assumed to increase by 30-35% until 2030. This
gas has a major contribute to the emission from agriculture. N2O emission from managed …
gas has a major contribute to the emission from agriculture. N2O emission from managed …