Energy recovery by anaerobic digestion of algal biomass from integrated microalgae/constructed wetland wastewater treatment

The present study evaluated the potential for biogas generation from microalgae (MA) biomass and macrophytes used in vertical flow constructed wetlands (VFCW). The samples were obtained by separation and collection of MA after a hydraulic retention time of 14 days, frozen and taken to the laboratory...

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Published in:	Environmental science and pollution research international Vol. 30; no. 5; pp. 13317 - 13326
Main Authors:	Silveira, Elizandro Oliveira, Felizzola, Nathalia Mendes, Hickmann, Eugênia Vargas, Konrad, Odorico, Lutterbeck, Carlos Alexandre, Machado, Ênio Leandro, Rodrigues, Lúcia Ribeiro
Format:	Journal Article
Language:	English
Published:	Berlin/Heidelberg Springer Berlin Heidelberg 01-01-2023
Subjects:	Anaerobiosis Aquatic Pollution Atmospheric Protection/Air Quality Control/Air Pollution Biofuels Biomass Earth and Environmental Science Ecotoxicology Environment Environmental Chemistry Environmental Health Microalgae Research Article Waste Disposal, Fluid Waste Water Technology Wastewater Water Management Water Pollution Control Water Purification - methods Wetlands Microalgae and wastewaters Biogas Biomass Constructed wetland
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Abstract	The present study evaluated the potential for biogas generation from microalgae (MA) biomass and macrophytes used in vertical flow constructed wetlands (VFCW). The samples were obtained by separation and collection of MA after a hydraulic retention time of 14 days, frozen and taken to the laboratory, while the macrophytes of VFCW were obtained, by pruning, every 6 months. The obtained results presented reductions of 63.22% and 61.18% for COD and BOD 5 , respectively, and removal efficiencies of 53.91% for TP and 99.98% de N-NH 3 . Average biogas generation was 2322.51 NmL-gSV −1 with 54.61% CH 4 (winter/2019), 4491.47 Nml-gSV −1 with 57.17% CH 4 (spring/2019), 680.78 NmL-gSV −1 with 16.04% CH 4 (summer/2020), and 681.0 NmL-gSV −1 with 19.86% CH 4 (autumn/2020) for MA biomass and generation of biogas of 3826.70 NmL-gSV −1 with 44.26% CH 4 for VFCW biomass in winter and spring/2019 and of 829.68 NmL-gSV −1 with 17.06% CH 4 in summer and autumn/2020. Regarding electricity generation, the present work obtained 1.50 kWh/m 3 , therefore reaching similar values to other studies that used more traditional biomass sources.
AbstractList	The present study evaluated the potential for biogas generation from microalgae (MA) biomass and macrophytes used in vertical flow constructed wetlands (VFCW). The samples were obtained by separation and collection of MA after a hydraulic retention time of 14 days, frozen and taken to the laboratory, while the macrophytes of VFCW were obtained, by pruning, every 6 months. The obtained results presented reductions of 63.22% and 61.18% for COD and BOD 5 , respectively, and removal efficiencies of 53.91% for TP and 99.98% de N-NH 3 . Average biogas generation was 2322.51 NmL-gSV −1 with 54.61% CH 4 (winter/2019), 4491.47 Nml-gSV −1 with 57.17% CH 4 (spring/2019), 680.78 NmL-gSV −1 with 16.04% CH 4 (summer/2020), and 681.0 NmL-gSV −1 with 19.86% CH 4 (autumn/2020) for MA biomass and generation of biogas of 3826.70 NmL-gSV −1 with 44.26% CH 4 for VFCW biomass in winter and spring/2019 and of 829.68 NmL-gSV −1 with 17.06% CH 4 in summer and autumn/2020. Regarding electricity generation, the present work obtained 1.50 kWh/m 3 , therefore reaching similar values to other studies that used more traditional biomass sources. The present study evaluated the potential for biogas generation from microalgae (MA) biomass and macrophytes used in vertical flow constructed wetlands (VFCW). The samples were obtained by separation and collection of MA after a hydraulic retention time of 14 days, frozen and taken to the laboratory, while the macrophytes of VFCW were obtained, by pruning, every 6 months. The obtained results presented reductions of 63.22% and 61.18% for COD and BOD , respectively, and removal efficiencies of 53.91% for TP and 99.98% de N-NH . Average biogas generation was 2322.51 NmL-gSV with 54.61% CH (winter/2019), 4491.47 Nml-gSV with 57.17% CH (spring/2019), 680.78 NmL-gSV with 16.04% CH (summer/2020), and 681.0 NmL-gSV with 19.86% CH (autumn/2020) for MA biomass and generation of biogas of 3826.70 NmL-gSV with 44.26% CH for VFCW biomass in winter and spring/2019 and of 829.68 NmL-gSV with 17.06% CH in summer and autumn/2020. Regarding electricity generation, the present work obtained 1.50 kWh/m , therefore reaching similar values to other studies that used more traditional biomass sources.
Author	Konrad, Odorico Silveira, Elizandro Oliveira Hickmann, Eugênia Vargas Felizzola, Nathalia Mendes Machado, Ênio Leandro Lutterbeck, Carlos Alexandre Rodrigues, Lúcia Ribeiro
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Keywords	Microalgae and wastewaters Biogas Biomass Constructed wetland
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Snippet	The present study evaluated the potential for biogas generation from microalgae (MA) biomass and macrophytes used in vertical flow constructed wetlands (VFCW)....
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SubjectTerms	Anaerobiosis Aquatic Pollution Atmospheric Protection/Air Quality Control/Air Pollution Biofuels Biomass Earth and Environmental Science Ecotoxicology Environment Environmental Chemistry Environmental Health Microalgae Research Article Waste Disposal, Fluid Waste Water Technology Wastewater Water Management Water Pollution Control Water Purification - methods Wetlands
Title	Energy recovery by anaerobic digestion of algal biomass from integrated microalgae/constructed wetland wastewater treatment
URI	https://link.springer.com/article/10.1007/s11356-022-23019-3 https://www.ncbi.nlm.nih.gov/pubmed/36131177 https://search.proquest.com/docview/2716935709 https://pubmed.ncbi.nlm.nih.gov/PMC9491671
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