TH16249B - Pure gas of synthesis - Google Patents

Abstract

DC60 (25/12/40) Method for non-diffusion utilization of gas masses. Pure synthesis Received during recycling at high temperature of all kinds of waste, which in this way The pure gas of the synthesis is continuously transformed in the process. Catalist Into carbon dioxide and at least some hydrogen. Methods for non-diffusion utilization of the mass of gas. Pure synthesis In this way, the pure gases of the synthesis are continuously transformed in the process of being recycled at high temperatures. Catalist Into carbon dioxide and at least some hydrogen.

Claims (6)

Clause (all) that will not appear on the advertisement page: clause 1.Methods for non-diffusion utilization of aggregate materials Of the pure gas of synthesis Received during the turnover to be used. At the temperature of all kinds of waste Unique to Pure gas of the obtained synthesis Will be reacted with water vapor In the production process using catalyst To replace at least some of the carbon monoxide contained in the gases of synthesis. Into carbon dioxide and hydrogen to carry the residual gas into a high heat reaction tower And after that Enter a known separation process such as "in the pressure swing adsorption plant" that separates the obtained products. Containing hydrogen, carbon monoxide and carbon dioxide into its constituents, hydrogen and / or carbon monoxide and / or carbon dioxide. And use it like this: 2. The method according to claim 1 is unique in that the purified gas of the obtained synthesis is given in a continuous, partial transformation until hydrogen and carbon monoxide reach the rate of the required volumes 2 times. 1 For methanol synthesis, after which carbon dioxide is separated by a method known commonly until from the remaining hydrogen-carbon monoxide mixtures, methanol can be made in the synthesis. (2H2 + CO-CH3OH) Article 3. The method according to claim 1 is unique in that the purified gas of the obtained synthesis is completely transformed into carbon dioxide and hydrogen, and such obtained substances are used separately. 4. The method according to claim 3 has the characteristics that hydrogen is used in conjunction with Nitrogen is obtained by separating air to produce oxygen. In the period of making High temperature gas For the synthesis of ammonia 5. The method according to claim 3 is unique in that hydrogen is used in a probable way. Choose As fuel to run a group of trucks Which takes care of the installation Actions on heat 6.The method described in claim 3 is unique in that hydrogen is used in Shelter fuel to generate electricity.