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Gas gets into the scrubber tangentially through the bottom air intake, under the action of the fan, quickly filled the air intake segment space, and then flow evenly through uniform flow section up to the first stage feeding absorption section.
AdvantageSmall resistance, low consumption, low noise, high purification efficiency, compact structure, small cover space, good corrosion resistance and aging resistance, light weight.
Product introductionGas gets into the scrubber tangentially through the bottom air intake, under the action of the fan, quickly filled the air intake segment space, and then flow evenly through uniform flow section up to the first stage feeding absorption section. On the surface of the filler, the pollutants in gas phase react with the liquid phase substance. The reaction resultant (mostly soluble salts) flowing into the lower portion of the reservoir with the absorption liquid. The gas not completely absorbed continues rises into the spray section. The absorption liquid sprays in high-speed through the uniformly distributed nozzle in the ejection segments, generating numerous small droplets continue react with the gas. This treatment can cool the exhaust gas to remove particles and other impurities. The tower uppermost segment is for defogging, and the absorbing liquid droplets carried by gas are cleared here. The treated clean air is blown into the atmosphere through the upper end of the scrubber.
Working principleGas gets into the scrubber tangentially through the bottom air intake, under the action of the fan, quickly filled the air intake segment space, and then flow evenly through uniform flow section up to the first stage feeding absorption section. On the surface of the filler, the pollutants in gas phase react with the liquid phase substance. The reaction resultant (mostly soluble salts) flowing into the lower portion of the reservoir with the absorption liquid. The gas not completely absorbed continues rises into the spray section. The absorption liquid sprays in high-speed through the uniformly distributed nozzle in the ejection segments, generating numerous small droplets continue react with the gas. This treatment can cool the exhaust gas to remove particles and other impurities. The tower uppermost segment is for defogging, and the absorbing liquid droplets carried by gas are cleared here. The treated clean air is blown into the atmosphere through the upper end of the scrubber.
Technical ParametersScrubberThe Scrubber has A, B and C three models. A model is wet scrubber. B model is acid and alkaline gases scrubber. C model is organic gases and heat gases scrubber.
A Series Scrubber Parameters
| Organic Wet Scrubber | |||||
| Model | Air volume m³/h | Diameter (mm) | Height (mm) | Inlet Opening (mm) | Outlet Opening (mm) |
| GVT- 04 | 3000 | Φ1500 | 4500 | 300 | 300 |
| GVT- 05 | 5000 | Φ1800 | 5000 | 400 | 400 |
| GVT- 06 | 10000 | Φ2600 | 5500 | 550 | 550 |
| GVT- 07 | 15000 | Φ3200 | 6000 | 700 | 700 |
| GVT- 08 | 20000 | Φ3600 | 6200 | 800 | 800 |
| GVT- 09 | 25000 | Φ4200 | 6500 | 900 | 900 |
| GVT- 10 | 30000 | Φ4600 | 7500 | 1000 | 1000 |
| Note: Two layers of spray, two layers of fillings, empty tower speed 0.5m / s. |
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Jagannath Sharma (Tathaastu)
D-2, 5th Floor, Southern Park, Saket Place, Delhi - 11001, India
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