@laanhchu: cap: đến mình giờ mới biết đến em trợ lý này cũng cay không kém... #ChuDu #LearnOnTiktok #microsoft365 #copilot #microsoftoffice

Chu Du
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Saturday 11 October 2025 14:02:20 GMT
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yeuah0511
💞 :
bây giờ em mới biết
2025-10-11 14:10:37
1
ngc.lan.nguyn.th96
khóc huhu biến thành labubu :
sớm nhứt
2025-10-11 14:12:49
1
mie201611
ahaha :
chị ơi sao e mua cái Microsoft 365 trọn đời k thấy có cái AI đó z ạ
2025-10-11 15:47:44
0
lhkhanh211
L.H.Khanhh🍀 :
😁
2025-10-15 07:15:59
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An Electrostatic Precipitator (ESP) is an air pollution control device used to remove fine dust, smoke, ash, and other particulate matter from industrial exhaust gases. It is widely used in power plants, cement factories, steel plants, and chemical industries. How it works 1. Dirty gas enters the ESP. 2. Discharge electrodes are energized with a high DC voltage (typically 20–100 kV), creating a corona discharge. 3. Dust particles become electrically charged. 4. The charged particles are attracted to grounded collecting plates. 5. The collected dust is periodically removed by rappers (mechanical hammers) that shake the plates. 6. The dust falls into hoppers for disposal, while clean gas exits the unit. Main Components Inlet and outlet ducts Discharge electrodes (wires) Collecting plates High-voltage transformer-rectifier (T/R) set Rapping system Dust hoppers Control panel Advantages Removes up to 99%+ of fine particulate matter. Low pressure drop, reducing fan energy. Handles very large gas flow rates. Suitable for high-temperature flue gases. Disadvantages High initial installation cost. Performance decreases with some dust types that have very high or very low electrical resistivity. Requires a reliable high-voltage power supply and regular maintenance. Does not remove gaseous pollutants such as SO₂ or NOₓ. Common Applications Coal-fired power plants Cement plants Steel mills Pulp and paper mills Waste incinerators Typical Maintenance Checks Inspect discharge electrodes for damage or misalignment. Verify high-voltage transformer/rectifier operation. Check rapper mechanisms and timing. Ensure dust hoppers are emptying properly. Monitor sparking rate and collection efficiency. Inspect insulators and clean them if contaminated. For a commissioning or maintenance engineer, key performance indicators include: Outlet particulate emissions Secondary voltage and current Spark rate Pressure drop Hopper dust level Rapping system operation
An Electrostatic Precipitator (ESP) is an air pollution control device used to remove fine dust, smoke, ash, and other particulate matter from industrial exhaust gases. It is widely used in power plants, cement factories, steel plants, and chemical industries. How it works 1. Dirty gas enters the ESP. 2. Discharge electrodes are energized with a high DC voltage (typically 20–100 kV), creating a corona discharge. 3. Dust particles become electrically charged. 4. The charged particles are attracted to grounded collecting plates. 5. The collected dust is periodically removed by rappers (mechanical hammers) that shake the plates. 6. The dust falls into hoppers for disposal, while clean gas exits the unit. Main Components Inlet and outlet ducts Discharge electrodes (wires) Collecting plates High-voltage transformer-rectifier (T/R) set Rapping system Dust hoppers Control panel Advantages Removes up to 99%+ of fine particulate matter. Low pressure drop, reducing fan energy. Handles very large gas flow rates. Suitable for high-temperature flue gases. Disadvantages High initial installation cost. Performance decreases with some dust types that have very high or very low electrical resistivity. Requires a reliable high-voltage power supply and regular maintenance. Does not remove gaseous pollutants such as SO₂ or NOₓ. Common Applications Coal-fired power plants Cement plants Steel mills Pulp and paper mills Waste incinerators Typical Maintenance Checks Inspect discharge electrodes for damage or misalignment. Verify high-voltage transformer/rectifier operation. Check rapper mechanisms and timing. Ensure dust hoppers are emptying properly. Monitor sparking rate and collection efficiency. Inspect insulators and clean them if contaminated. For a commissioning or maintenance engineer, key performance indicators include: Outlet particulate emissions Secondary voltage and current Spark rate Pressure drop Hopper dust level Rapping system operation

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