An empirical model for prediction of microalgal growth in outdoor photobioreactors
cultivation, using Principal Component Analysis (PCA) and Partial Least Squares (PLS) …

This work shows how Omega-3 triglycerides and carotenoids can be produced industrially
from the microalga Chlorella vulgaris by fractionating extraction employing supercritical CO …

Microalgae are a sustainable rich source of high-added value metabolites, as omega-3 and
carotenoids, for their ability to grow and accumulate these compounds also in wastewaters …

The possibility of cultivating the microalga Pseudochloris wilhelmii in low cost media
obtained by mixing seawater and secondary wastewaters simulants is investigated for the …

In this paper we present the results of a numerical modelling work aimed at predicting the
kinetics of microalgae production in a lab-scale photobioreactor. The experimental …

In this work a multicomponent extraction process of high added value compounds
(principally omega-3 fatty acids and carotenoids) from a microalgal matrix (Chlorella …

This work focuses the attention on the evaluation of different heterotrophic microalgal
cultivation approaches, finding the best process solution to achieve the accumulation of high …

With the continuous increase of urban domestic sewage and production sewage discharge,
China has enhanced the treatment of odors in the sewage treatment process. At present, the …

Microalgae are a very versatile microorganism that have the ability to modify their biomass
composition under controlled condition in order to accumulate products having applications …

The logistics industry has seen phenomenal development in recent years, but hazardous
articles such as inflammable and explosive goods carried in the logistics process may pose …