Microalgae possess the ability to grow and glean nutrients from wastewater; such
wastewater-grown biomass can be used as a biofertilizer for crops. The present …

An investigation was undertaken to evaluate the potential of two sewage grown microalgal
formulations (consortia of native microalgae mixed with vermiculite: compost as carrier) in …

Human activities are pushing earth beyond its natural limits, so recycling nutrients is
mandatory. Microalgae are highly effective in nutrient recovery and have strong potential as …

Availability of N, P and other trace metals in municipal wastewater (MWW) makes it very
attractive to produce microalgae biomass using MWW. Although limited organic carbon is …

Microalgal biomass is utilized in many fields such as food, agriculture, energy, and cosmetic
sectors. It is very well known that chemical fertilizer adversely affect soil, plant, and …

The microalgal biomass is widely used in various fields such as food, agriculture, energy,
and so on. Due to the adverse effects of the chemical fertilizer, a demand arises for …

The objective of this work was to evaluate the effect of fertilization of a marandu grass
pasture with microalgae biomass produced during the treatment of a wastewater from a …

Fertilizers play a key role in yield if agriculture crops and their market value. Hence, large
scale production of low cost, eco-friendly and broad spectrum fertilizers are mandatory. This …

The use of nitrogen and phosphorus in the agricultural field has led to a number of
environmental problems and reduces the crop yields. Synthetic fertilizer usage is credited …

The use of livestock and poultry manures as fertilizers is regarded as an important action in
the development of circular agriculture. However, long-term fertilization with manure is …