Two 13· 1 m2 ponds at Auchincruive, Scotland, were used to treat the diluted liquid phase of
separated piggery slurry, in order to identify the climatic and pond operational parameters …

This study compares the performance, design and operation variables of two wetland
technologies treating domestic wastewater: an experimental artificial pond system and a …

Landscape ponds are vulnerable to eutrophication due to continuous pollutant load from
surface run-off and excessive fish feeding. A combined recycling purification system …

NITROGEN TRANSFORMATIONS AND REMOVAL MECHANISMS IN ALGAL AND
DUCKWEED WASTE STABILISATION PONDS Page 1 NITROGEN TRANSFORMATIONS AND …

Exploiting the combination of algae and bacteria in High Rate Algal/Bacterial Ponds
(HRABP) is an emerging approach for wastewater remediation and resource recovery. In …

High rate algae ponds fed clarified domestic wastewater and CO2-rich flue gas are expected
to remove nutrients to concentrations similar to those achieved in mechanical treatment …

Microalgae production is responsible for phycoremediation and the development of green
products synthesis and for cleaning processes. Studies on the environmental impacts of this …

Algae based wastewater treatment coupled to biofuel production has financial benefits and
practical difficulties. This study evaluated the factors influencing diversity and growth of …

Microalgae are photosynthetic microorganisms with potential for biofuel production, CO2
mitigation and wastewater treatment; indeed they have the capacity to assimilate pollutants …

Domestic wastewater treatment and remediation is an expensive process due to significant
time and planning needed for successful treatment. Modern wastewater treatment plants are …