集液硫脱气于一体的硫磺收集系统新标准（RSC-D）^TM

从安全及改善粉碎和成型的角度考虑，通常推荐脱气后液硫中的总H2S质量分数小于0．001％。介绍了6种能够满足该指标要求的主要工业脱气技术。所有脱气技术都采用搅动与气提相结合，有些还采用了液体或固体床催化剂和／或冷却技术。重点介绍了Worley Parsons开发的集液硫脱气于一体的硫磺收集新系统（RSC—D）^TM。该系统采用液体喷射泵代替重力自流收集硫磺，因此所有设备都可布置在地面，而且液硫池可远离硫回收装置。新发明消除了重力自流的约束及堵塞问题，改善了硫收集系统的可靠性和操作性。

A new standard for sulphur collection systems with integrated degassing(RSC-D)TM

Degassing to w（H2S） less than 0. 001% is generally recommended for safety and improved grinding and forming operations. The six most prominent commercial degassing technologies capable of meeting the speci- fication are described. All degassing technologies employ a combination of agitation and gas stripping and some also utilize a liquid or solid-bed catalyst, and/or cooling. The emphasis is put on WorleyParsons＇ new Rameshni Sulphur Collection-Degassing （RSC-D）TM system. The system uses a liquid jet pump or eductor for colloting sul- phur instead of gravity, allowing to maintain everything above grade and a more distant sulphur pit from the sul- phur plant. The new invention eliminates the gravity flow constrains and plugging problems while improving the reliability and operability of sulphur collection.