High Airflow Venturi Scrubber VTDS-Ningbo Tenzon Umwelttechnik Co., Ltd ，High-efficiency energy-saving core processing equipment

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High Airflow Venturi Scrubber VTDS

The High Airflow Venturi Scrubber VTDS is designed using pump-injection enhancement technology and the high-efficiency Venturi principle. Before the gas stream carrying smoke and dust enters the separator tangentially, it must pass through the Venturi throat, where a wash liquid is sprayed. The airflow accelerates rapidly within the Venturi throat, causing the liquid to vaporize. The relative motion between the airflow and the liquid ensures thorough mixing, causing the dust and pollutants to aggregate with the liquid droplets. In the high-speed centrifugal droplet separator, the dust-laden droplets are separated from the airflow. The purified air is then discharged through a central duct to a fan located on the clean air side. The separated sludge or pollutants are collected using appropriate methods based on their characteristics.

Category：

Venturi Dust Scrubber VT

0086-400-800-7672

info@ten-zon.com

Features and Advantages

High Versatility

Suitable for dust containing moisture and sticky dust

Suitable for high-temperature flue dust

Safe handling of flammable and explosive dust

Integrated dust removal and desulfurization

Capable of removing water-soluble exhaust air

High Separation Efficiency

No secondary dust resuspension

Ensures emissions meet regulatory standards

Stable airflow

Space-Saving

Modular design

Compact structure with minimal footprint

Optimized equipment layout

Customizable

Low Maintenance Costs

No filter cartridges required; no clogging

Simple Operation

Low Energy Consumption

Automatic Sludge Removal (Optional)

VTOHK

The VTOHK series is the basic model of Tenzon pump-jet Venturi dust collectors. In the VTOHK scrubber-separator, an intermediate section separates the water tank from the separator. Contaminants are thoroughly mixed with spray water and the water mist formed at the Venturi throat, where they aggregate before being centrifugally separated by the airflow onto the inner wall of the separator. They then flow along the inner wall with the water stream into the water tank, where they slowly settle. The contaminants deposited in the water tank are periodically discharged through a discharge valve into a sludge barrel.

Model	Design Airflow	Available for negative pressure	Drive Power	Dry weight	Moisture content	Diameter/Total Height	Noise
VTOHK	m³/h	Pa	kw	kg	L	mm	dB(A)
2.5	2,500	700	4	470	400	700 / 3400	76
3.6	3,600	800	5.5	550	480	800 / 3670	77
5.6	5,600	1000	11	690	600	1120 / 4100	77
8.0	8,000	1000	15	700	960	1300 / 4650	78
12.5	12,500	1000	22	1310	1240	1400 / 5120	80
18.0	18,000	1100	30	1710	1683	1600 / 5410	81
22.4	22,400	1100	37	1890	2190	1800 / 5940	82
* All power supplies are 380V/50Hz * * With the intake and exhaust ducts properly connected, test the unit in an open area, 1 meter away from the door

VTDS

The Tenzon VTDS Wet Dust Collector is designed based on the high-efficiency Venturi principle, with the fan mounted on top or in a separate unit, and features automatic removal of contaminants. Before entering the dust collector tangentially, the gas stream containing contaminants passes through the Venturi throat, where liquid is sprayed. The gas stream accelerates rapidly in the Venturi throat, causing the liquid to vaporize. The relative motion between the gas stream and the liquid ensures thorough mixing, causing dust and other pollutants to agglomerate with the liquid droplets. In the slow-speed centrifugal separator, the slurry droplets are separated from the gas stream. The purified air is discharged through a duct located at the center of the separator. The slurry or pollutants are discharged into a wastewater tank and automatically removed via systems such as scraper chains or paddle conveyors. The wastewater tank is equipped with a liquid level monitoring system and an automatic fresh water replenishment system.

Model	Design Airflow	Pressure Loss	Total Weight (Anhydrous)	Sewage Tank Models	Diameter/Total Height
VTDS	m³/h	Pa	kg	R	mm
14.0	14,000	2200	1920	3.0	1400 / 3750
18.0	18,000	2200	2450	3.0	1600 / 3800
22.4	22,400	2200	2960	3.0	1800 / 3900
28.0	28,000	2200	3550	3.0	2000 / 4000
35.5	35,500	2200	3960	4.0	2240 / 4000
45.0	45,000	2200	4260	4.0	2500 / 4100
56.0	56,000	2200	4860	6.0	2800 / 4600
71.0	71,000	2200	5200	6.0	3150 / 5200
90.0	90,000	2200	6000	6.0	3550 / 6000
* All power supplies are 380V/50Hz * * With the intake and exhaust ducts properly connected, test the unit in an open area, 1 meter away from the door

Application Field

Carbon Black Dust

Furnaces, furnace ash, clay applications, mixing plants, tire production, mining, pigment production;

Aluminum-Magnesium Dust

Turning, drilling, sawing, forging, deburring, grinding, polishing, shot blasting, sandblasting;

Sticky powder

Pharmaceutical processing, food production, animal feed, pigment molding, printing, adhesive application, fabric finishing, mixing, and conveying facilities;

Steam and Oil Mist

Cleaning machines, die casting, rolling mills, heat treatment, MDF rolling, electroplating, waste treatment, etc.;

Flammable and Explosive Dust

Grinding processes, shaping, polishing, shot blasting, sandblasting, explosives manufacturing, grain processing, printed circuit board manufacturing, brake test stands;

Rubber/Leather/Plastic Powders

Shoe manufacturing, tire production, plastic processing, foil production, extrusion;

Fibers/Lint/Fabric Dust

Polishing processes, waste sorting systems, fabric processing, recycling plants, insulation material production, asbestos treatment.

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