A study has been carried on the thermodynamic viability of a newly proposed power generating system based on atmospheric gasification of sugarcane bagasse combined with fluidized-bed heat-exchanging and gas turbine. Under imposed conditions, several configurations of the power unit have been tried until the most efficient was found. The performance of that system was compared with a more conventional concept based on bagasse pressurised gasification, gas cleaning and turbine, or BIG/GT process. To ensure equivalence for the comparisons, optimum to near optimum atmospheric and pressurised gasifier operations have been obtained with the aid of a comprehensive mathematical simulator. The present work may help to reach decisions concerning deve...
Biomass, integral to life, is one of the main energy sources that modern technologies could widely d...
The insight that the fossil fuel reserves are limited, together with concerns over security of suppl...
Sugarcane bagasse gasification is a promising thermochemical process that converts this residue main...
A study has been carried on the thermodynamic viability of a newly proposed power generating system ...
Following preliminary studies on power generation processes consuming sugar cane bagasse, the presen...
A preliminary theoretical feasibility study on the application of new concepts for thermoelectric po...
Bagasse residues, produced from sugarcane processing, are the largest industrial biomass residues wo...
ABSTRACT This paper describes a design point study of different power generation systems using the g...
A process based on a single high-pressure bubbling fluidized boiler consuming sugar-cane bagasse has...
This paper investigated the mass and energy balance of the gasification of sugarcane bagasse using c...
This work aims at a performance evaluation of atmospheric BIGCC (biomass integrated gasifier combine...
The objective of the study was to evaluate the development potential of advanced power production sy...
The overall objectives of the EC Research Programme JOULE II were to evaluate the potential of advan...
Back in 1970s and 1980s, cogeneration plants in sugarcane mills were primarily designed to consume a...
This paper reports the feasibility analysis of co-fired combined cycles (biomass-derived gas + natur...
Biomass, integral to life, is one of the main energy sources that modern technologies could widely d...
The insight that the fossil fuel reserves are limited, together with concerns over security of suppl...
Sugarcane bagasse gasification is a promising thermochemical process that converts this residue main...
A study has been carried on the thermodynamic viability of a newly proposed power generating system ...
Following preliminary studies on power generation processes consuming sugar cane bagasse, the presen...
A preliminary theoretical feasibility study on the application of new concepts for thermoelectric po...
Bagasse residues, produced from sugarcane processing, are the largest industrial biomass residues wo...
ABSTRACT This paper describes a design point study of different power generation systems using the g...
A process based on a single high-pressure bubbling fluidized boiler consuming sugar-cane bagasse has...
This paper investigated the mass and energy balance of the gasification of sugarcane bagasse using c...
This work aims at a performance evaluation of atmospheric BIGCC (biomass integrated gasifier combine...
The objective of the study was to evaluate the development potential of advanced power production sy...
The overall objectives of the EC Research Programme JOULE II were to evaluate the potential of advan...
Back in 1970s and 1980s, cogeneration plants in sugarcane mills were primarily designed to consume a...
This paper reports the feasibility analysis of co-fired combined cycles (biomass-derived gas + natur...
Biomass, integral to life, is one of the main energy sources that modern technologies could widely d...
The insight that the fossil fuel reserves are limited, together with concerns over security of suppl...
Sugarcane bagasse gasification is a promising thermochemical process that converts this residue main...