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- W2565417638 abstract "One of the main problems of aquaculture is the environmental impact of its effluents, which are rich in particulate and dissolved nutrients from undigested feed and faeces. In intensive aquaculture systems the main dissolved nutrient present in effluents is ammonium, which is converted into nitrate through nitrification in aerobic bacterial filters. Microalgae can substitute bacteria by efficiently harvesting and recycling nutrients. The main advantage of the use of microalgae is the obtainment of biomass that can be valorised by using it as feed for other aquatic organisms in a process known as Integrated Multi-Trophic Aquaculture (IMTA). Cultured microalgae can be used to feed low trophic level fish, herbivorous fish and molluscs, which can in turn be sold on the market, as well as being a source of valuable chemicals. Nevertheless, most IMTA studies have been focused on the use of macroalgal biofiltration. The incorporation of microalgal culture with controlled cultivation conditions as biofilters in land-based IMTA systems presents high potential because they achieve more efficient photosynthetic rates and higher growth rates and present better biochemical composition than macroalgae. The present review comprises information on the microalgal-based IMTA systems described so far in the literature. Additionally, microalgae culture methods that are applied to aquaculture wastewater treatment, such as periphyton, microalgal-bacterial consortiums and cell immobilization are assessed." @default.
- W2565417638 created "2017-01-06" @default.
- W2565417638 creator A5000363407 @default.
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- W2565417638 date "2017-06-01" @default.
- W2565417638 modified "2023-10-13" @default.
- W2565417638 title "Valorisation of aquaculture effluents with microalgae: The Integrated Multi-Trophic Aquaculture concept" @default.
- W2565417638 cites W1523405186 @default.
- W2565417638 cites W1898993537 @default.
- W2565417638 cites W1964921113 @default.
- W2565417638 cites W1968238414 @default.
- W2565417638 cites W1969787965 @default.
- W2565417638 cites W1972984399 @default.
- W2565417638 cites W1973259369 @default.
- W2565417638 cites W1974514029 @default.
- W2565417638 cites W1974576109 @default.
- W2565417638 cites W1974620571 @default.
- W2565417638 cites W1979251066 @default.
- W2565417638 cites W1979321255 @default.
- W2565417638 cites W1982692255 @default.
- W2565417638 cites W1988932678 @default.
- W2565417638 cites W1988957498 @default.
- W2565417638 cites W1991098818 @default.
- W2565417638 cites W1992920786 @default.
- W2565417638 cites W1993354515 @default.
- W2565417638 cites W1993581799 @default.
- W2565417638 cites W1995225144 @default.
- W2565417638 cites W1997336515 @default.
- W2565417638 cites W1999740995 @default.
- W2565417638 cites W2004544361 @default.
- W2565417638 cites W2005247529 @default.
- W2565417638 cites W2006527844 @default.
- W2565417638 cites W2007442820 @default.
- W2565417638 cites W2008865642 @default.
- W2565417638 cites W2010361614 @default.
- W2565417638 cites W2010838339 @default.
- W2565417638 cites W2010975874 @default.
- W2565417638 cites W2011782540 @default.
- W2565417638 cites W2015375582 @default.
- W2565417638 cites W2016720755 @default.
- W2565417638 cites W2016721586 @default.
- W2565417638 cites W2022748478 @default.
- W2565417638 cites W2023147697 @default.
- W2565417638 cites W2024250189 @default.
- W2565417638 cites W2025445692 @default.
- W2565417638 cites W2037095807 @default.
- W2565417638 cites W2039261668 @default.
- W2565417638 cites W2043392527 @default.
- W2565417638 cites W2043969387 @default.
- W2565417638 cites W2048201834 @default.
- W2565417638 cites W2057916570 @default.
- W2565417638 cites W2059811407 @default.
- W2565417638 cites W2060969259 @default.
- W2565417638 cites W2061554167 @default.
- W2565417638 cites W2062795866 @default.
- W2565417638 cites W2066407794 @default.
- W2565417638 cites W2067426575 @default.
- W2565417638 cites W2069189026 @default.
- W2565417638 cites W2070380106 @default.
- W2565417638 cites W2073899797 @default.
- W2565417638 cites W2076044945 @default.
- W2565417638 cites W2078253394 @default.
- W2565417638 cites W2079696634 @default.
- W2565417638 cites W2084632062 @default.
- W2565417638 cites W2085362995 @default.
- W2565417638 cites W2086677553 @default.
- W2565417638 cites W2089307515 @default.
- W2565417638 cites W2090362546 @default.
- W2565417638 cites W2091880741 @default.
- W2565417638 cites W2093482790 @default.
- W2565417638 cites W2095590970 @default.
- W2565417638 cites W2101537348 @default.
- W2565417638 cites W2102312976 @default.
- W2565417638 cites W2108059426 @default.
- W2565417638 cites W2112440395 @default.
- W2565417638 cites W2120312641 @default.
- W2565417638 cites W2124450999 @default.
- W2565417638 cites W2125218663 @default.
- W2565417638 cites W2135833432 @default.
- W2565417638 cites W2148044990 @default.
- W2565417638 cites W2153027512 @default.
- W2565417638 cites W2154308883 @default.
- W2565417638 cites W2155305301 @default.
- W2565417638 cites W2155522204 @default.
- W2565417638 cites W2162189037 @default.
- W2565417638 cites W2320759573 @default.
- W2565417638 cites W4243370746 @default.
- W2565417638 cites W83357482 @default.
- W2565417638 cites W98496862 @default.
- W2565417638 doi "https://doi.org/10.1016/j.algal.2016.12.011" @default.
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