1) Soda Residue
碱渣
1.
Research and Experiments of Preparing Construction Clay from Soda Residue;
碱渣制工程土研究与试验
2.
Study on optimum burning temperature of white cement by soda residue;
碱渣烧制白色水泥适宜煅烧温度的研究
3.
Experimental study on strength characteristics of soda residue with high water content;
高含水率碱渣的强度特性试验研究
2) alkali waste
碱渣
1.
On-line Detection and Control System for Alkali Waste pH Value;
碱渣pH值在线检测与控制系统
2.
Comprehensive treating technology of carbide slag and alkali waste
电石渣和碱渣综合处理工艺探索
3.
The heavy waste oil formed by the refinery wastewater treatment was separated by a two-step process based on the physical and chemical separation mechanism using scavenging agent composed of flocculant containing multi-valence metal cations, acidic water and alkali waste from the gasoline/diesel oil treating units.
以含有高价金属离子的盐类絮凝剂、炼油厂汽柴油碱精制碱渣和酸性水为净化剂,采用两步法分离工艺,对炼油厂污水处理装置回收的重污油进行物理和化学分离。
3) caustic sludge
碱渣
1.
Study on the process of producing sodium percarbonate through byproduct of hydrazine hydrate-caustic sludge;
利用水合肼副产碱渣制过碳酸钠工艺研究
2.
A catalyst was applied in the oxidation process to remove sulfides from sulfur-containing caustic sludge produced in gasoline and LPG desulfurization operations.
采用一种催化剂,用空气对汽油和液化石油气脱硫精制产生的含硫碱渣进行氧化脱硫处理。
3.
Take example for plants protecting engineer of muddy sea wall in Tianjin,using caustic sludge and brackish dredged sediment as medium,salt-tolerance plants and halophyte were planted after scientific manufacture and desalting treatment.
以天津淤泥海挡植物防护工程为例,对利用碱渣、海底淤泥等废弃物质作为种植基质,通过工程脱盐后种植耐盐和盐生植物,同时在高潮线以下低潮位浅滩种植互花米草群落,从而形成的泥质海岸特定功能的植物群落进行多年观测。
4) Alkaline residue
碱渣
1.
Sulfur removal of exhaust gas of zinc smelting by alkaline residue;
碱渣脱除锌冶炼烟气中SO_2的工艺
2.
Dagang Petrochemical Corporation succeeded in using of highly effective biological treatment technology of QBS for diesel alkaline residue treatment.
结合大港石化实际情况,在详细介绍柴油碱渣应用QBR高效生物处理技术取得成功的基础上,提出酸化回收粗酚或环烷酸并配套QBR、QBF等高效生物处理技术处理各种碱渣的新型工艺路线。
3.
The results showed that the content of total sulphur in refined LPG declined from 170mg/m3 to 60mg/m3,pass precent of the product corrosion resistance of copper piece was improved from 30%-40% to 100%,and the discharge of alkaline residue was zero.
工业应用表明,精制液化气的含硫总量由改造前的170 mg/m3下降到60 mg/m3以下,产品铜片腐蚀合格率由30%~40%提高到100%,液化气碱渣达到零排放。
5) alkali residue
碱渣
1.
Developing sodium percarbonate with by-product alkali residue of hydrazine hydrate;
利用水合肼副产碱渣研制过碳酸钠
2.
Discussion on comprehensive treatment process of carbide slag and alkali residue
电石渣和碱渣综合处理工艺
3.
Alkali residue has not the apparent stimulation effect on the activity of fly ash,and the strength of specimens decreases with the increase of (carbonate residue/fly ash)ratio.
碱渣对粉煤灰的活性没有明显激发作用 ,各龄期的强度均随碱渣 /粉煤灰的增大而降低 ;加入半水石膏后 ,其强度随石膏掺量的增加而降低。
6) slag basicity
炉渣碱度
1.
The results showed that the lime consumption was reduced from 65~70kg to 50~55kg per one ton steel,the slag consumption was reduced from 95~105kg to 80~90kg per one ton steel,the slag basicity was reduced to 2.
介绍安钢第一炼轧厂100 t转炉在生产中实施小渣量操作,吨钢石灰加入量由65~70 kg降低至50~55kg,渣料消耗由90~105 kg降低至75~90 kg,使炉渣碱度降至2。
2.
Based on the mass balances of blast furnace,typical slag basicity was calculated and analyzed in different zones of the blast furnace.
根据高炉的炉料平衡,对典型高炉不同区域内的炉渣碱度进行计算。
3.
In this presentation,the effects of LF-slag oxygenation,slag basicity,consumption per ton on the slag sulphur capacity were analyzed and discussed in the process of LF refining treatment.
本文结合生产试验对LF炉精炼工艺中的炉渣氧化性控制,吨钢渣料消耗、炉渣碱度对炉渣硫容量的影响等问题进行分析与探讨,以期在此基础上对本厂LF精炼炉渣的改进提供指导,达到精炼目的,满足连铸生产对钢水质量的要求。
补充资料：碱性渣
basicslag：渣中主要碱性氧化物与酸性氧化物浓度之比大于2的炼钢熔渣。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条