1.
Reduction of Dust Emission by Double-zone ESP
双区电除尘器降低锅炉烟尘排放浓度
2.
It is mandatory for boiler manufacturers to state the standards of smoke concentration and blackness affected during initial discharge of their boilers on the latter's data plates, or in the latter's product manuals.
锅炉制造厂必须在锅炉产品铭牌或者说明书中注明锅炉初始排放的烟尘浓度和烟气黑度标准。
3.
Continuous Measurement of Soot Concentration in the Exhaust Duct;
在线排烟粉尘浓度检测系统的研究和开发
4.
The discharge amount of the smoke dust hit 10.591 tons.
烟尘排放总量1059.1万吨。
5.
The chimney discharges smoke into the air
烟囱把烟尘排放到空气中。
6.
Coal-Burning factories spewed dense dirty smoke
用煤作燃料的工厂排放出浓浓的黑烟。
7.
stationary source emissions - determination of concentration and mass flow rate of particulate material in gas-carrying ducts - manual gravimetric method
固定污染源的排放-气载尘埃颗粒流量和浓度的测定-人工重力法
8.
The amount of the industrial smoke dust discharge is 8.412 million tons and the amount of the daily lives is 2.179 million tons.
其中工业烟尘排放量841.2万吨，生活烟尘排放量217.9万吨。
9.
The chimney is puffing dense smoke into the air.
那烟囱正向空中排放浓烟。
10.
The emission of smoke and ashes from that factory must be controlled.
那个工厂排放的烟尘必须得到控制。
11.
The chemical plant emitted a cloud of smoke.
那座化工厂排放出一股浓烟。
12.
Study on Theory and Experiment of Measuring Concentration of Flue-dust Based on Optical Back-Scattering Model;
光后向散射法测量烟尘浓度的理论与实验研究
13.
Experimental Study on the Pretreatment of the Dyeprinting Wastewater by Using the Wastewater Got from the Flue Gas of Burning Coal Which Is Cleaned;
利用烟气除尘灰水处理高浓度印染废水的实验
14.
INFLUENCE OF SMOKE CONCENTRATION UPON ABSORPTION TOWER IN WET DESULPHURATION SYSTEM AND COUNTERMEASURES THEREOF
烟尘浓度对湿法脱硫吸收塔的影响及对策
15.
Design and Implementation of Soot Density Monitoring Instrument Based on μC/OS-Ⅱ
基于μC/OS-Ⅱ的烟尘浓度监测仪的设计与实现
16.
Chimneys discharge smoke into the atmosphere
烟囱将烟尘排入大气层。
17.
Technology Progress in Control of Discharge of Regeneration Fume from Catalytic Cracking;
催化裂化再生烟气粉尘排放控制技术进展
18.
The Application and Study on the Flow Velocity Forecast Method on Sampling and Analyzing of the Flue Dust Concentration in High Temperature and Pressure in Oil Refinery;
预测流速法在炼厂高温高压烟道烟尘浓度采样中的应用与研究