Microalgae-based technology has attracted increasing attention in the purification of
digestate and biogas, owing to environmental friendliness and economic viability. However …

In this study, digestate and biogas were treated simultaneously based on fungi-microalgae
symbionts and fungi-microalgae-bacteria symbionts, respectively. The effects of …

The effective purification of digestate and biogas by four kinds of microalga-fungi-bacteria
consortia had been studied to explore the optimal species of fungi under the stimulation of …

To reduce the emissions of nutrients and carbon from biogas slurry and biogas, the role of a
strigolactone analog (GR24) in the regulation of the growth of the fungi–microalgae pellets …

Microalgae-based technologies are promising strategies for efficient wastewater treatment
and biogas upgrading. In this study, three types of microalga-fungi/bacteria symbiotic …

In this study, Chlorella vulgaris, Ganoderma lucidum, and endophytic bacteria were co-
cultivated with the stimulation of strigolactone analogs GR24 to prepare pellets. During the …

Microalgae-based technology is an emerging strategy for the simultaneous purification of
nutrients in biogas slurry and CO 2 in biogas. To evaluate effects of synthetic analogue of …

Owing to the high carbon dioxide (CO2)-fixation efficiency, microalgae-based technology
has been widely used for biogas purification. The present study explored the effect of CO2 …

This study evaluated the effects of 5-Deoxystrigol (5 DS) concentration on the growth
characteristics, the photosynthetic performance of different bacterial-microalgae-fungal …

To realize the synchronous purification of raw biogas and biogas slurry, the algal-fungal
symbiont pellets were cultivated by supplementing strigolactone (GR24) under different …