1) hydrogen sulfide
硫化氢
1.
Efficiency of improved bio-trickling reactor for hydrogen sulfide and ammonia removal;
改进型生物脱臭滴滤塔对硫化氢和氨气的处理
2.
Influence of transition-metal sulfide for hydrogenation of Claus tail gas on hydrogen sulfide;
过渡金属硫化物对Claus尾气催化加氢制备硫化氢的影响
3.
Establishment of hydrogen sulfide corrosion database;
硫化氢腐蚀数据库的建立
2) H2S
硫化氢
1.
Impact on confidence level of H2S monitor by applying environmental condition and frequency;
环境和使用频率对硫化氢监测仪置信度的影响
2.
DISTRIBUTION AND MIGRATION FEATURES OF H2S IN THE TRIASSIC IN THE NORTHWESTERN SICHUAN;
川西北地区三叠系硫化氢分布及运移特征研究
3.
Kinetcs of H2S Adsorptin on Impregnated Activated Carbon
硫化氢在浸渍活性炭上的吸附动力学研究
3) H_2S
硫化氢
1.
Review of H_2S emission and safety issue in wastewater systems;
污水系统中导致硫化氢中毒的影响因素与控制措施
2.
Safety of H_2S in Process of Oil Testing;
试油测试过程中的硫化氢防护
3.
COUNTERMEASURES AGAINST OVERHIGH H_2S IN LIQUID HYDROCARBONS SPHERE TANK WHEN PROCESSING HIGH SULFUR CRUDE;
液态烃球罐硫化氢超标的应对措施
4) hydrogen sulphide
硫化氢
1.
Partial oxidation of hydrogen sulphide in the manufacture of hydrogen, sulphur, ethylene and propylene;
利用硫化氢的部分氧化生产氢、硫磺、乙烯和丙烯
2.
Suphuric acid production based on hydrogen sulphide and sulphur;
硫化氢/硫磺混合制酸工业实践
3.
Experimental research of roasting pyrite blended with hydrogen sulphide;
硫铁矿沸腾炉掺烧含硫化氢酸性气体的研究
5) Sulfureted Hydrogen
硫化氢
1.
The effects of ammonia-N and sulfureted hydrogen on the growth and ecdysis of Penaeus japonicus larvae;
氨氮和硫化氢对日本对虾幼体生长和变态发育的影响
2.
In allusion to the corrosion of different injected water sources to the steel part of line and pump and so on in the processof oilfield waterflood development, the corrosion of dissolved oxygen, pH value, sulfureted hydrogen and salinity in the injected waterto steel was experimented and researched by the test of measuring average corrosion percentage in the laboratory.
针对油田注水开发中不同注水水源对管线、泵等钢材质部位的腐蚀,在实验室通过平均腐蚀率测定试验,对不同水源中的溶解氧浓度、pH值、硫化氢含量和盐的矿化度等因素对钢材的腐蚀进行试验研究。
3.
In this paper,using the purification processes for sulfureted hydrogen and carbon dioxide in sewage gas,and the successful purification cases about LFG or the gas by anaerobic fermentation engineering at home and abroad for reference,new technologies such as desulfurization by biotechnology and refinement of CO_2 by pressure swing adsorption(PSA) were put forward.
借鉴工业废气中硫化氢和二氧化碳的净化和分离提纯技术,参照国内外的填埋气和沼气工程的一些成功实例,对城市生活垃圾沼气中的硫化氢和二氧化碳的净化技术进行了评述,为生活垃圾资源化、减量化、无害化,发展中国的循环经济提供一些可行的思路。
补充资料:硫化氢
硫化氢 hydrogen sulfide 化学式H2S,有臭鸡蛋气味的气体。熔点-85.5℃,沸点-60.7℃,密度1.539克/升(0℃)。 硫化氢在高温下不稳定,在1700℃完全分解为氢和硫。在空气不足时燃烧,生成硫和水;在空气充足时燃烧,生成二氧化硫和水,硫化氢是强还原剂,能将高锰酸钾、溴等还原。硫化氢在水中的溶解度不大 ,在常温下饱和溶液的浓度为0.1摩尔/升。硫化氢的水溶液称为氢硫酸,是一种二元弱酸,电离常数K1=9.1×10-8,K2=1×10-15。硫化氢与许多金属离子发生反应,生成溶解度不同和各种颜色的金属硫化物沉淀,可用于分离和鉴定金属离子。硫化氢有毒,空气中含0.1%硫化氢时,就会使人头痛,吸入大量硫化氢会造成昏迷或死亡。实验室常用硫化铁与盐酸的作用产生硫化氢,纯的硫化氢则是在600℃下,用金属镍做催化剂,由硫与氢直接化合制取。 |
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