Syngas methanation to natural gas through identification

On February 21st, the national “863” project undertaken by the Dalian Institute of Chemical Physics of the Chinese Academy of Sciences passed the acceptance test of natural gas from the synthesis gas to methanation. Experts said that the results are expected to become the technology of choice for replacing methanation catalysts and processes abroad.
It is reported that the project team has developed a series of methane catalytic combustion monolithic catalysts for engineering and utilization of methane-rich methane gas in the middle and low concentrations and has carried out engineering amplifications. It has been achieved in the integration of low-concentration methane flow conversion process systems and integration of coal bed methane deoxygenation technologies. Significant progress, apply for 6 invention patents.
With the rapid economic development, to ensure energy demand in China, we must optimize the structure of energy consumption, that is, reduce the use of coal as a primary energy source, increase the use of natural gas and other clean energy, and develop coal-based natural gas. An important response. According to experts, coal is replaced by natural gas after gasification, transformation, purification, methanation, and drying. Methanation is the hydrogenation of CO and CO2 to methane, which is a highly exothermic, reversible reaction that quickly reaches equilibrium once it begins. Dahua has made substantial progress in the development and scale-up of syngas complete methanation catalysts, methanation reactors and their process design, and the integration of multi-stage cyclic methanation process systems, such as methanation reactors and synthesis gas. The research and development of the methanation process design laid the technical foundation.

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