Conventional and unconventional methods for purifying process gas generated by a gasification plant

Juraj Surový, J. Buday, Jozef Kovalíček, M. Franko, P. Martauz, M. Holubčík
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Abstract

Energy thermal plants for municipal solid waste produce polluted process gas (PG). This gas must be purifying to the required parameters for use in the following operations. Nowadays, a conventional wet scrubbing process is used to clean the resulting gases. This method largely uses natural resources (water, limestone) for its work, which is subsequently converted into newly formed waste. The aim of the new technologies will be to propose a technology that minimizes or eliminates the use of natural resources. Cold plasma cleaning seems to be the most promising method for the applied research.Energy thermal plants for municipal solid waste produce polluted process gas (PG). This gas must be purifying to the required parameters for use in the following operations. Nowadays, a conventional wet scrubbing process is used to clean the resulting gases. This method largely uses natural resources (water, limestone) for its work, which is subsequently converted into newly formed waste. The aim of the new technologies will be to propose a technology that minimizes or eliminates the use of natural resources. Cold plasma cleaning seems to be the most promising method for the applied research.
净化气化装置产生的工艺气体的常规和非常规方法
城市固体废物的能源热电厂产生受污染的过程气体(PG)。该气体必须净化到所需的参数,以供以下操作使用。现在,传统的湿式洗涤工艺被用来清洗产生的气体。这种方法主要使用自然资源(水,石灰石)进行工作,随后将其转化为新形成的废物。新技术的目的将是提出一种尽量减少或消除自然资源使用的技术。冷等离子体清洗似乎是最有前途的应用研究方法。城市固体废物的能源热电厂产生受污染的过程气体(PG)。该气体必须净化到所需的参数,以供以下操作使用。现在,传统的湿式洗涤工艺被用来清洗产生的气体。这种方法主要使用自然资源(水,石灰石)进行工作,随后将其转化为新形成的废物。新技术的目的将是提出一种尽量减少或消除自然资源使用的技术。冷等离子体清洗似乎是最有前途的应用研究方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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