Self-induced Venturi Scrubber VTER-Ningbo Tenzon Umwelttechnik Co., Ltd ，High-efficiency energy-saving core processing equipment

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Self-induced Venturi Scrubber VTER

The Self-Priming Venturi Scrubber is designed based on the high-efficiency Venturi principle, features a compact structure, and does not require a spray pump. The airflow carrying dust particles must pass through the Venturi throat before entering the separator tangentially. After accelerating rapidly through the Venturi throat, the airflow enters the middle section of the dust collector tangentially and then expands. A specialized structural design causes the airflow to generate a powerful water vortex at the liquid surface, thoroughly wetting the contaminated air as it passes through the vortex. After the pollutants and water mist are thoroughly mixed and agglomerated, the slurry droplets are separated from the airflow in a high-speed centrifugal droplet separator. The purified air is 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 gas

Integrated dust removal and desulfurization

Capable of treating 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)

VTHK

The VTHK series is the basic model of Tenzon self-excited Venturi dust collectors. After pollutants and water mist are thoroughly mixed and aggregated, they are centrifugally separated by the airflow onto the inner wall of the separator, where they flow along the inner wall with the water stream into the water tank and slowly settle there. The VTHK scrubber-separator features an integrated water sump and separator unit. Water vortices are automatically generated by the impact of the airflow, and the pollutants deposited in the water sump are periodically discharged into a sludge barrel via a discharge valve.

Model	Design Airflow	Available for negative pressure	Drive Power	Dry weight	Moisture content	Diameter/Total Height	Noise
VTHK	m³/h	Pa	kw	kg	L	mm	dB(A)
2.5	2,500	700	4	450	400	700 / 2900	76
3.6	3,600	800	5.5	520	480	800 / 3170	77
5.6	5,600	1000	11	650	600	1120 / 3530	77
8.0	8,000	1000	15	950	960	1300 / 4100	78
12.5	12,500	1000	22	1250	1240	1400 / 4520	80
18.0	18,000	1100	30	1650	1683	1600 / 4910	81
22.4	22,400	1100	37	1820	2190	1800 / 5340	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

VTER

The Tenzon VTER Wet Dust Collector combines the principles of centrifugal separation and hydrocyclone separation. When contaminated air enters the separator tangentially, it accelerates rapidly at the Venturi throat, striking the liquid surface to form a vortex that thoroughly collects pollutants and water mist. The centrifugal force generated by the airflow from the top-mounted radial fan separates the contaminant droplets from the air; the purified air is then drawn in by the top-mounted fan and discharged. Contaminants are discharged from the bottom of the separator into the sludge tank. The sludge tank is equipped with an automatic sludge-cleaning scraper chain system, as well as a liquid level monitoring system and an automatic fresh water replenishment system.

Model	Design Airflow	Available for negative pressure	Drive Power	Weight with moisture	Footprint Dimensions	Diameter/Total Height	Noise
VTER	m³/h	Pa	kw	kg	mm	mm	dB(A)
2.5	2,500	700	4	2600	2750 X 1122	800 / 2550	76
3.6	3,600	800	5.5	2800	2750 X 1122	800 / 2630	77
5.6	5,600	1000	11	3100	2750 X 1122	1000 / 2890	77
8.0	8,000	1000	15	4600	3493 X 1550	1250 / 3630	78
12.5	12,500	1000	22	5100	3493 X 1550	1400 / 3980	80
18.0	18,000	1100	30	7100	4088 X 2154	1600 / 4270	81
22.4	22,400	1100	37	7500	4088 X 2154	1800 / 4600	82
28.0	28,000	1100	45	7900	4088 X 2154	2000 / 4930	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

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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