酸化鉄脱硫技術の応用

酸化鉄の脱硫は、おそらく燃料ガスや液体の脱硫の最も信頼性の高い方法です。この記事では、酸化鉄脱硫さまざまなプロセスのテクノロジーは、プロセスの効率を向上させながら排出量の制限をどのように支援するかに焦点を当てています。ほとんどの利点持続可能な火災公害防止は、作業とほとんどの利点を制御するのに役立ちます。

酸化鉄脱硫技術の主な利点は、二酸化硫黄の排出レベルを大幅に削減できることです。硫黄は主に化石燃料に含まれており、燃焼すると酸性雨や大気汚染に関連する二酸化硫黄(SO2)が形成されます。代わりに、酸化鉄脱硫技術を採用して、環境中のこれらの影響を削減し、気候変動と空気の欠乏を解決するための対策を改善します。

プロセス効率
The pollutant, sulfur, is toxic to catalysts, used for instance in refining processes, and chemical processes as catalytic converters in the oil industry. The removal of sulfur from a substance using iron oxide desulphurization guarantees high integrity and long service of the catalysts used when processing the substance.

業界を超えた汎用性
Iron oxide desulfurization has applications in different industrial sectors like oil refining, gas processing, and also in new energy storage systems. Furthermore, in these new technologies, iron oxide desulfurization will be important in removing any contaminants that would impair the performance of the solid oxide fuel cell.

研究開発
The improvement of Iron Oxide Desulfurization technology is mainly concentrated on increasing its desulfurization efficiency, improving its regeneration efficiency, and more ingestion of this technology into other de-sulfurization techniques to enhance the degree of desulfurization. Our Yihang are in the cutting edge of these developments by enhancing the development of more advanced and environmentally friendly Iron Oxide Desulfurization.