A novel pretreatment process based on prioritized microbes was developed to improve the yield of reducing sugars from red (Gracilaria corticata), brown (Sargassum wightii), and green (Ulva fasciata) seaweeds as a cheap, eco-friendly method for seaweed saccharification. Prioritization of six microbes from a collection of 24 microbes was initially done using a unique stepwise strategy considering different polysaccharides present in varied seaweed types. Final selection of three microbes was based on the release of reducing sugars from different seaweed groups in the saccharification process. The selected microbes significantly increased the release of reducing sugars compared to the control conditions in all three seaweed species, with signi...
The growing population is accompanied by an increase in the global energy and resource demand. Biore...
Seaweeds (also called macroalgae) are considered a potential biomass feedstock for biorefineries for...
Seaweeds (also called macroalgae) are considered a potential biomass feedstock for biorefineries for...
A novel pretreatment process based on prioritized microbes was developed to improve the yield of red...
In a time of great dependence on fossil fuels and rising need for sustainable, renewable resources, ...
The technical feasibility of seaweed waste utilization as a resource of renewable energy was investi...
The purpose of this work was to optimize the process conditions for the saccharification of macroalg...
Marine macroalgal cell wall is predominantly comprised of cellulose (polysaccharide) with the comple...
Seaweeds (also called macroalgae) are considered a potential biomass feedstock for biorefineries for...
Marine macroalgal cell wall is predominantly comprised of cellulose (polysaccharide) with the comple...
For centuries, macroalgae, or seaweeds, have been a significant part of East Asian diets. In Europe,...
The research presented in this thesis evaluated a range of UK native seaweeds as potential feedstock...
Recently, seaweeds have gained attention as possible renewable sources for biofuel and bioproduct pr...
Marine macroalgae (seaweed) biomass has the potential to be an important feedstock for the productio...
The growing population is accompanied by an increase in the global energy and resource demand. Biore...
The growing population is accompanied by an increase in the global energy and resource demand. Biore...
Seaweeds (also called macroalgae) are considered a potential biomass feedstock for biorefineries for...
Seaweeds (also called macroalgae) are considered a potential biomass feedstock for biorefineries for...
A novel pretreatment process based on prioritized microbes was developed to improve the yield of red...
In a time of great dependence on fossil fuels and rising need for sustainable, renewable resources, ...
The technical feasibility of seaweed waste utilization as a resource of renewable energy was investi...
The purpose of this work was to optimize the process conditions for the saccharification of macroalg...
Marine macroalgal cell wall is predominantly comprised of cellulose (polysaccharide) with the comple...
Seaweeds (also called macroalgae) are considered a potential biomass feedstock for biorefineries for...
Marine macroalgal cell wall is predominantly comprised of cellulose (polysaccharide) with the comple...
For centuries, macroalgae, or seaweeds, have been a significant part of East Asian diets. In Europe,...
The research presented in this thesis evaluated a range of UK native seaweeds as potential feedstock...
Recently, seaweeds have gained attention as possible renewable sources for biofuel and bioproduct pr...
Marine macroalgae (seaweed) biomass has the potential to be an important feedstock for the productio...
The growing population is accompanied by an increase in the global energy and resource demand. Biore...
The growing population is accompanied by an increase in the global energy and resource demand. Biore...
Seaweeds (also called macroalgae) are considered a potential biomass feedstock for biorefineries for...
Seaweeds (also called macroalgae) are considered a potential biomass feedstock for biorefineries for...