The aim of this work is remediation of dairy wastewater (DWW) for biodiesel feedstock
production using poly-microalgae cultures of four microalgae namely Chlorella minutissima …

Microalgal treatment of undiluted raw piggery wastewater is challenging due to ammonia
toxicity and a deep dark color hampering photosynthesis. To overcome these problems,(1) a …

The most important requirement of the agrarian advancement is resilient nutrient source for
agriculture without jeopardizing the environmental assets and economy of the country. An …

Indigenous microalgae (KR349061) were isolated from the agro-industrial wastewater and
screened in order to determine their potential for biomass and biodiesel sources. Bold's …

The study aimed to utilize the domestic wastewater as nutrient feedstock for mixotrophic
cultivation of microalgae by evaluating appropriate carbon source. The microalgae Chlorella …

Mariculture wastewater has drawn growing attention due to associated threats for coastal
environment. However, most biological techniques exhibit unfavorable performance due to …

This study involves a process of phyco-remediation of dairy industry wastewater by algal
strain Chlamydomonas polypyrenoideum. The results of selected algal strain indicated that …

Due to expensive culture realizations and low lipid yields, microalgae-based biodiesel
production still lacks economic viability at an industrial-scale. Optimization of lipids and fatty …

Anaerobically digested effluent from kitchen waste (ADE-KW) is a potential medium for
microalgae cultivation because it contains abundant nutrients. In this study, ADE-KW was …

Promoting biomass production of the involved strains simultaneously with efficient nutrients
removal from wastewater is realistic significance to ensure successful application of …