4.1硫酸槽液管理4.1.1 配制一个含量为180g/l的4.5立方米

4.1硫酸槽液管理
4.1.1 配制一个含量为180g/l的4.5立方米硫酸槽液

地点：配酸室
配酸槽: 约为5立方米

步骤：
1.添加1.5立方米的工业用水
2.开启循环泵
3.添加480kg的浓硫酸（约370L）
4.添加1.5立方米的工业用水
5.加入240kg的浓硫酸（约185L）
6.添加0.8立方米的工业用水
7.开启循环泵，取样至实验室作分析（密度检测）
如果密度偏低，根据180g/l的含量标准计算添加浓硫酸进行调整，
如果密度偏高，根据180g/l的含量标准计算添加工业用水进行调整。
8.调整完后重新取样至实验室作分析，如此循环，直至将槽液调整至标准值
9.停止循环泵。

ผลลัพธ์ (อังกฤษ) 1:

4.1 sulfuric acid slot liquid management
4.1.1 preparation a content for 180g/l of 4.5 cubic meters sulfuric acid slot liquid

locations: enjoy acid room
enjoy acid slot: about for 5 cubic meters

steps:
1. added 1.5 cubic meters of industrial water
2. opened cycle pump
3. added 480kg of thick sulfuric acid (about 370L)
4. added 1.5 cubic meters of industrial water
5. joined 240kg of thick sulfuric acid (about 185L)
6. added 0.8 cubic meters of industrial water
7. Open the circulating pump, sample to a laboratory for analysis (density)
if the density is low, adjusted according to content of 180g/l new criterion added concentrated sulfuric acid,
if high density,Adjusted according to calculation of industrial water 180g/l content standards.
8. adjustment after the sample back to the lab for analysis, and so on, until the bath adjusted to standard
9. stop the circulation pump.

ผลลัพธ์ (อังกฤษ) 2:

4.1 sulfuric acid bath Management
4.1.1 formulated a content of 180g / l sulfuric acid bath of 4.5 m3 Location: Room with acid with acid tank: about 5 m3 steps: 1 add 1.5 cubic meters of water for industrial use 2 open. the circulation pump 3 to add 480kg of concentrated sulfuric acid (about 370L) 4. 1.5 m3 of industrial water added 5 240kg was added concentrated sulfuric acid (about 185L) 6. 0.8 m3 of industrial water added 7 circulation pump, the sample to laboratory for analysis (detected density) if the density is low, according to 180g / l of concentrated sulfuric acid added is calculated content standards adjusted1 formulated a content 180g / l sulfuric acid bath of 4.5 m3 Location: Room with acid with acid tank: about 5 m3 steps: 1 add 1.5 cubic meters of water for industrial use . 2 Turn the circulation pump . 3 add 480kg of Concentrated sulfuric acid (approximately 370L) 4. adding 1.5 cubic meters of industrial water 5. adding 240kg of concentrated sulfuric acid (approximately 185L) 6. adding 0.8 cubic meters of industrial water 7. circulation pump, sample to the laboratory for analysis (density detection ) If the density is low, according to 180g / l of concentrated sulfuric acid added is calculated content standards adjusted1 formulated a content 180g / l sulfuric acid bath of 4.5 m3 Location: Room with acid with acid tank: about 5 m3 steps: 1 add 1.5 cubic meters of water for industrial use . 2 Turn the circulation pump . 3 add 480kg of Concentrated sulfuric acid (approximately 370L) 4. adding 1.5 cubic meters of industrial water 5. adding 240kg of concentrated sulfuric acid (approximately 185L) 6. adding 0.8 cubic meters of industrial water 7. circulation pump, sample to the laboratory for analysis (density detection ) If the density is low, according to 180g / l of concentrated sulfuric acid added is calculated content standards adjusted About 5 m3 steps: 1 add 1.5 cubic meters of industrial water circulation pump 2. 3 add 480kg of concentrated sulfuric acid (approximately 370L). 4 add 1.5 cubic meters of water for industrial use. 5 join 240kg of concentrated sulfuric acid (approximately. 185L) 6. 0.8 m3 of industrial water added 7 circulation pump, the sample to the laboratory for analysis (detected density) if the density is low, according to 180g / l of concentrated sulfuric acid added is calculated content standards adjusted About 5 m3 steps: 1 add 1.5 cubic meters of industrial water circulation pump 2. 3 add 480kg of concentrated sulfuric acid (approximately 370L). 4 add 1.5 cubic meters of water for industrial use. 5 join 240kg of concentrated sulfuric acid (approximately. 185L) 6. 0.8 m3 of industrial water added 7 circulation pump, the sample to the laboratory for analysis (detected density) if the density is low, according to 180g / l of concentrated sulfuric acid added is calculated content standards adjusted5 m3 of industrial water 5 240kg was added concentrated sulfuric acid (about 185L) 6. 0.8 m3 of industrial water added 7 circulation pump, the sample to the laboratory for analysis (detected density) if the density is low, according to 180g / l of concentrated sulfuric acid added is calculated content standards adjusted5 m3 of industrial water 5 240kg was added concentrated sulfuric acid (about 185L) 6. 0.8 m3 of industrial water added 7 circulation pump, the sample to the laboratory for analysis (detected density) if the density is low, according to 180g / l of concentrated sulfuric acid added is calculated content standards adjusted













If the density is too high, according to 180g / l content of the standardized industrial water added was adjusted.
8 After adjusting resampled to laboratories for analysis, and so on, until the bath will be adjusted to the standard value
9. stopped circulating pump.

ผลลัพธ์ (อังกฤษ) 3:

4.1 the sulphuric acid tank liquor manages
4.1.1 to compound a content is the 180g/l 4.5 cubic meters sulphuric acid tank liquor

place: Matches sour room
to match the acid tank: Approximately is 5 cubic meters

step:
1. increases 1.5 cubic meters process water
2. opening circulating pump
3. to increase the 480kg concentrated sulfuric acid (to make 370L)
4. to increase 1.5 cubic meters process water
5. to add the 240kg concentrated sulfuric acid (to make 185L)
6. to increase 0.8 cubic meter process water
7. opening circulating pump, takes a sample to analyze to the laboratory (density determination)
, if the density is somewhat low, adjusts according to the 180g/l content standard computation increase concentrated sulfuric acid, if
the density is high,Adjusts according to the 180g/l content standard computation increase process water. After
8. adjusts, analyzes the resampling to the laboratory, so circulation, until tank liquor adjustment to normal value
9. halt cycle pump.