process for converting a carboniferous material into water containing slurry for gas synthesis having a desired hydrogen radius for carbon monoxide in the gas synthesis and process for converting municipal waste and waste, biomass, wood, coal or a natural polymer or synthetic

摘要

PROCESS TO CONVERT A CARBONIFERING MATERIAL IN WATER CONTAINING FLUID PASTE FOR THE SYNTHESIS OF THE GAS HAVING A DESIRED HYDROGEN RADIUM FOR THE CARBON MONOXIDE IN THE SYNTHESIS OF THE GAS AND PROCESS TO CONVERT RESIDENTIAL, SOURCES AND SOURCES SYNTHETIC Method to control the synthesis of the gas composition of a steam methane reformer (SMR) that obtains its supply stock as a gaseous product directly from a steam hydro gasification reactor (SHR). The method allows the control of the radius / proportion of the syngas (gas mixtures) H2 / CO by adjusting the hydrogen supply and the water content of the supply stock in a steam hydro gasification reactor that provides the SMR. The product gas enriched with methane and the SHR steam is generated by hydro-gasifying a slurry of carbonated material and water. The mass percentages of the product flow at each stage of the process are calculated using a modeling program, such as an ASPEN PLUSTM balancing process. By varying the parameters of the solid for the radius / ratio of water and hydrogen to the carbon radius, a sensitivity analysis can be performed that allows the determination of an ideal composition of the slurry from the supply stock to the SHR to obtain the desired outputs from the rays from the SMR syngas. Then it will be possible to adjust the hydrogen feed and the water content in the SHR that supplies the DMR to determine the outgoing radius of the SMR syngas.