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Novel Technology for Biocapture of Phosphates and Nitrates from Wastewater
Written by AZoCleantechFeb 22 2021
RUDN University biotechnologists worked with biotechnologists from Lomonosov MSU and Kurchatov Institute to make a significant contribution to the technology of biocapture of nitrate and phosphate from wastewater by making use of Lobosphaera algae placed on filters.
Biotechnologists from RUDN University in collaboration with Lomonosov MSU and Kurchatov institute made an important contribution to the technology of phosphate and nitrate biocapture from wastewater using Lobosphaera algae fixed on the filters. The biomass obtained in the course of this process can be used as a fertilizer. Image Credit: RUDN University.
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IMAGE: Biotechnologists from RUDN University in collaboration with Lomonosov MSU and Kurchatov institute made an important contribution to the technology of phosphate and nitrate biocapture from wastewater using Lobosphaera algae fixed. view more
Credit: RUDN University
Biotechnologists from RUDN University in collaboration with Lomonosov MSU and Kurchatov institute made an important contribution to the technology of phosphate and nitrate biocapture from wastewater using Lobosphaera algae fixed on the filters.The biomass obtained in the course of this process can be used as a fertilizer. The results of the study were published in the
Journal of Water Process Engineering.
Phosphates and nitrates get to the wastewater together with industrial and household waste, especially detergents. Both substances are parts of phosphorus and nitrogen chemical cycles. However, these cycles are disturbed by human activity, as the growing amounts of phosphates and nitrates ca
QEERI and CSE provide major water treatment boost for Qatar
08 Feb 2021 - 8:26
QEERI and CSE researchers in the lab.
The Peninsula
A team of researchers from Qatar Environment and Energy Research Institute (QEERI), and the College of Science and Engineering (CSE), both part of Hamad Bin Khalifa University (HBKU), has developed a new material for water treatment applications. Carbide Derived Carbon (CDC) has the unique ability to efficiently remove and recover phosphate from treated water, while also removing micro-pollutants such as pharmaceuticals and endocrine disrupting compounds.
As per the Qatar National Vision 2030 and the Nationality Sustainable Development Strategy, there is a mandate for increased use of treated sewage effluent (TSE), and as such, there is a need to ensure that the TSE meets the necessary quality requirements. Pharmaceuticals proliferation in the environment is a problem for environmental and human health leading to issues in the ecosystem and poten
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