Mpg - lurgi multi purpose gasification A novel contribution to modern refinery technology
Schlichting, H. Erdmann, C.
Mpg - lurgi multi purpose gasification A novel contribution to modern refinery technology - 1 p. - Schlichting, H. .
Resumen del autor, extraído del trabajo. Hydrogen management and bottom-of-the-barrel usage are key topics in modern refinery technology. Both topics are solved within one process by the Multi Purpose Gasification "MPG". MPG is a process for the partial oxidation of hydrocarbons producing a synthesis or fuel gas composed mainly of CO and H2. As the name signifies, different hydrocarbon-containing feeds can be gasified: ranging from natural gas, coal oil, heavy refinery residues, asphalts, tars to slurries of coal, petcoke and to chemical wastes. Partial oxidation gasification is advantageously used inside a refinery to convert heavy residues to hydrogen for internal use. In addition syngas for chemical production such as methanol or ammonia and fuelgas for power generation (IGCC) are produced. Various concepts of bottom-of-the-barrel usage are presented on the poster: · Hydrogen production based on gasification as attractive alternative to steam methane reforming · Production of syngas for methanol or ammonia synthesis · Operating experience of a gasification-based IGCC power plant · Concept of a "zero residue" refinery · Recovering of the metal content as valuable concentrate for the steel industry The poster also visualises the origin of the process and its main features. Optimisation of the burner and reactor by CFD-simulation are demonstrated.
CD W938 1 0013960
Mpg - lurgi multi purpose gasification A novel contribution to modern refinery technology - 1 p. - Schlichting, H. .
Resumen del autor, extraído del trabajo. Hydrogen management and bottom-of-the-barrel usage are key topics in modern refinery technology. Both topics are solved within one process by the Multi Purpose Gasification "MPG". MPG is a process for the partial oxidation of hydrocarbons producing a synthesis or fuel gas composed mainly of CO and H2. As the name signifies, different hydrocarbon-containing feeds can be gasified: ranging from natural gas, coal oil, heavy refinery residues, asphalts, tars to slurries of coal, petcoke and to chemical wastes. Partial oxidation gasification is advantageously used inside a refinery to convert heavy residues to hydrogen for internal use. In addition syngas for chemical production such as methanol or ammonia and fuelgas for power generation (IGCC) are produced. Various concepts of bottom-of-the-barrel usage are presented on the poster: · Hydrogen production based on gasification as attractive alternative to steam methane reforming · Production of syngas for methanol or ammonia synthesis · Operating experience of a gasification-based IGCC power plant · Concept of a "zero residue" refinery · Recovering of the metal content as valuable concentrate for the steel industry The poster also visualises the origin of the process and its main features. Optimisation of the burner and reactor by CFD-simulation are demonstrated.
CD W938 1 0013960
