Currently, many research studies are being carried out on the production of alcohol from lignocellulosic biomasses. In this study, the ethanol obtained from a mixture of coffee pulp and mucilage, commercial baker's yeast and panela (dehydrated and solidified cane juice) was evaluated. The pulp and mucilage of coffee underwent an acid hydrolysis, and the wort (pulp juice and mucilage) was fermented with an inoculum of exponential phase Saccharomyces cerevisiae and commercial whole panela. The fermented product was distilled, and the gas chromatographic analysis showed an ethanol yield of 25.44 kg/m³, resulting from the 64.40 kg/m³ of total sugars, such yield is equivalent to 77.29% of the theoretical yield. This fact shows that the productio...
AbstractBioethanol is an innovative solution that is environmentally friendly and able to reduce pol...
"A response surface methodology with 2(k) full factorial design was applied to obtain optimum condit...
The production of bioethanol using Saccharomyces cerevisiae (Fungi: Ascomycota) is influenced by sug...
Currently, many research studies are being carried out on the production of alcohol from lignocellul...
Coffee, one of the most popular food commodities and beverage ingredients worldwide, is considered a...
AbstractChiapas is one of the largest coffee-producing states in Mexico. In this industry, there are...
This article shows the results obtained by analyzing an emerging technology to produce bioethanol fr...
Biomass or “unicellular protein,” is the product of the growth of bacteria, yeast, algae and fungi, ...
Industrial residue management is a critical element of sustainable development. The aim of this rese...
Esta tesis consiste de la evaluación tanto a nivel experimental como a nivel de ingeniería de proces...
Weather and soil conditions of Costa Rica give to the country the possibility of having an economy b...
Significant amounts of wastes are generated by the coffee industry, among of which, coffee silverski...
Agro-industrial residues/wastes are generated in large quantities throughout the world. Their non-ut...
O Brasil é um país com forte produção agrícola, produzindo anualmente uma grande quantidade de bioma...
. The bioetanol development from biomass bases on lignocellulose like pulp of coffee is one of alter...
AbstractBioethanol is an innovative solution that is environmentally friendly and able to reduce pol...
"A response surface methodology with 2(k) full factorial design was applied to obtain optimum condit...
The production of bioethanol using Saccharomyces cerevisiae (Fungi: Ascomycota) is influenced by sug...
Currently, many research studies are being carried out on the production of alcohol from lignocellul...
Coffee, one of the most popular food commodities and beverage ingredients worldwide, is considered a...
AbstractChiapas is one of the largest coffee-producing states in Mexico. In this industry, there are...
This article shows the results obtained by analyzing an emerging technology to produce bioethanol fr...
Biomass or “unicellular protein,” is the product of the growth of bacteria, yeast, algae and fungi, ...
Industrial residue management is a critical element of sustainable development. The aim of this rese...
Esta tesis consiste de la evaluación tanto a nivel experimental como a nivel de ingeniería de proces...
Weather and soil conditions of Costa Rica give to the country the possibility of having an economy b...
Significant amounts of wastes are generated by the coffee industry, among of which, coffee silverski...
Agro-industrial residues/wastes are generated in large quantities throughout the world. Their non-ut...
O Brasil é um país com forte produção agrícola, produzindo anualmente uma grande quantidade de bioma...
. The bioetanol development from biomass bases on lignocellulose like pulp of coffee is one of alter...
AbstractBioethanol is an innovative solution that is environmentally friendly and able to reduce pol...
"A response surface methodology with 2(k) full factorial design was applied to obtain optimum condit...
The production of bioethanol using Saccharomyces cerevisiae (Fungi: Ascomycota) is influenced by sug...