Two mechanical techniques (ultra-sonication and ultra-homogenization) were usedin this study for estimation of efficiency of microalgaeChlorella sp. cell breaking. The experiments were performed using non-processed and treated using frost algae suspension (operation duration from 1 to 20 minutes). The highest cell breaking efficiency (50.76 %) was estimated with ultrasonic processor applying treated using frost algae suspension by keeping fixed temperature after 20 minutes.The highest possitive disruptive effect using ultra-homogenizer was 37.55 %. Suspension pre-treatment using frost enables increasing of breaking efficiency till9 %Gamtos tyrimų centrasVytauto Didžiojo universitetasŽemės ūkio akademij
Cell disintegration is, in general, the first step in the biorefinery of algae, since it allows the ...
The paper reports the results of Chlorella vulgaris sedimentation process including description of c...
Ultrasound has been regarded as an environmental friendly technology to utilize microalgae biomass a...
To break cells of the microalga Chlorella sp. two different methods were applied. The objectives of ...
The production of alternative fuels from microalgae involves lengthy processing steps. Cell disrupti...
Microalgae are a potential source for various valuable chemicals for commercial applications ranging...
Most microalgae cells are very resistant to mechanical and chemical stresses. Because target produc...
One of the critical challenges in releasing protein from microalgae is to effectively disrupt their ...
Aim of the present work is quantifying the mechanical stress generated by some major process equipme...
In this article it is proven that ultrasound can be used to harvest microalgae. The separation proce...
International audienceThe microalgal structure has been investigated to evaluate the release of prot...
Microalgae emerge as the most promising protein source for aquaculture industry. However, the commer...
In this work, the mild disintegration of the microalgae Chlorella vulgaris for the release of intrac...
International audienceIndustrial development of microalgae biomass valorization relies on process op...
© 2014 Dr. Erin SpidenThe development of economically viable processes for the production of biodies...
Cell disintegration is, in general, the first step in the biorefinery of algae, since it allows the ...
The paper reports the results of Chlorella vulgaris sedimentation process including description of c...
Ultrasound has been regarded as an environmental friendly technology to utilize microalgae biomass a...
To break cells of the microalga Chlorella sp. two different methods were applied. The objectives of ...
The production of alternative fuels from microalgae involves lengthy processing steps. Cell disrupti...
Microalgae are a potential source for various valuable chemicals for commercial applications ranging...
Most microalgae cells are very resistant to mechanical and chemical stresses. Because target produc...
One of the critical challenges in releasing protein from microalgae is to effectively disrupt their ...
Aim of the present work is quantifying the mechanical stress generated by some major process equipme...
In this article it is proven that ultrasound can be used to harvest microalgae. The separation proce...
International audienceThe microalgal structure has been investigated to evaluate the release of prot...
Microalgae emerge as the most promising protein source for aquaculture industry. However, the commer...
In this work, the mild disintegration of the microalgae Chlorella vulgaris for the release of intrac...
International audienceIndustrial development of microalgae biomass valorization relies on process op...
© 2014 Dr. Erin SpidenThe development of economically viable processes for the production of biodies...
Cell disintegration is, in general, the first step in the biorefinery of algae, since it allows the ...
The paper reports the results of Chlorella vulgaris sedimentation process including description of c...
Ultrasound has been regarded as an environmental friendly technology to utilize microalgae biomass a...