Online thermodynamic processes simulator
Technical software applied to the field of heat engineering and thermophysical properties
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ThermoGasification an opportunity for better using biomass energy
ThermoGasification is a software for the thermodynamic analysis of the thermochemical process in which the reactions between fuel and the gasification agent take place and syngas (synthetic gas) is produced
ThermoGasification helps professionals and learners
The software has been set up with an intuitive interface that allows easy handling, solid technology with high precision
Very versatile software
ThermoGasification is at the forefront of thermal technology, offering innovative and efficient thermal energy solutions applied to the gasifier
Mass, energy and exergetic analysis
Solution of the nonlinear system of equations for matter, energy and entropy. Sankey and Grassmann diagrams, with the irreversibility of the process
Producing of syngas
Today most syngas is produced from noncoal feedstocks, by catalytic steam reforming of natural gas and naphtha or partial oxidation of heavy hydrocarbons such as methane
Useful for Industry and University
It can be used for learning and / or solving real problems to facilitate professional practice
Technical results of interest
Calorific powers of syngas. Production efficiency. Carbon utilisation. Sulphuric acid dew point, etc.
One method of generating hydrogen from biomass begins with processing the organic materials at high temperatures
ThermoGasification responds to the main operating parameters of the gasifier: type of gasifier, gasification temperature, flow rates of biomass and oxidizing agents (air or steam), type and amount of catalysts, thermochemical efficiency, exergy efficiency, and fuels (mainly biomass) type and properties, etc.
In recent years, gasification has received increasing attention as an option for the repowering of oil refineries, where there is currently a lack of markets for low-value liquid waste and coke
Designed for engineers...
Industrial, chemical and mechanical engineers need specific software that allows them to solve problems and facilitate professional practice
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...but also for students
The chemistry of gasification is quite complex and is accomplished through a series of physical transformations and chemical reactions within the gasifier: water-gas, steam reforming, combustion, Boudouard, water-gas-shift and methanation
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The major driver for biomass gasification research is to exploit low-cost feedstocks, to increase process efficiency, decrease installation and operational costs and socio-environmental effects
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