Scrubber

Scrubber Specification

Orientation
Vertical

Measurement
Air Quality Levels

Power Source
Electric

Air Flow
Variable, adjustable

Temperature
Ambient to 60C

Scrubber Type
Wet Scrubber

Instruments Type
Fume Extraction

Sensor Type
Gas Sensor

Usage & Applications
Air Pollution Control, Chemical, Pharmaceutical, Dye & Pigment Industries

Efficiency
Up to 99%

Product Type
Industrial Scrubber

Material
Stainless Steel

Cooling System
Water Cooled

Noise Level
Low

Reactor Thickness
5 mm

Processing Time
Continuous

Capacity
5000 m/hr

Weight
350 Kg

Dimension (L*W*H)
2200 x 1000 x 1500 mm

Surface
Polished

Installation
Onsite with Foundation

Compliance Standard
Meets CPCB Norms

Blower Type
Centrifugal

Mounting Type
Floor Mounted

Inlet Gas Temperature
Up to 60°C

Spray Nozzle Type
Full Cone

Dust Removal Efficiency
99.5%

Number of Tower Stages
Two

Color
Grey / Silver

Water Circulation
Recirculating with Pump

Packing Material
PP / PVC Saddles

About Scrubber

We offer high efficiency Fume Scrubber that are made by from the premium raw materials to add durability and performance. Available in a variety of sizes, our Fume Scrubber can be customized as per the needs of the clients. These are available at market leading prices. For more details contact us.

Superior Air Pollution Control for Demanding Industries

This wet scrubber is specifically designed for air quality management in sectors such as pharmaceuticals, chemicals, and pigments. With advanced gas sensors and variable air flow, the scrubber adapts to fluctuating pollution loads, maintaining high removal efficiencies and upholding industry compliance. Its water-cooled, recirculating system supports continuous operations, improving both environmental and workplace safety.

Durable and Efficient Engineering

Featuring stainless steel construction with a reactor thickness of 5 mm and a polished finish, this scrubber resists corrosion even in aggressive settings. Two-stage tower design and centrifugal blowers promote optimal gas-liquid contact, maximizing pollutant extraction while maintaining low operational noise. The units modular form and onsite installation facilitate easy integration with existing systems.

FAQs of Scrubber:

Q: How does the wet scrubber achieve up to 99.5% dust removal efficiency?

A: The wet scrubber utilizes a full cone spray nozzle and high-performance packing media, ensuring maximum contact between the polluted air and scrubbing liquid. Its two-stage tower design and centrifugal blower combine to deliver superior particulate and gas removal in compliance with CPCB norms.

Q: What is the process for installing this scrubber at my facility?

A: Installation is conducted onsite and requires a suitable foundation. Our team coordinates with clients to ensure the floor-mounted, vertical unit is seamlessly integrated into existing air pollution control systems, with all electrical and water connections finalized during commissioning.

Q: Where can this scrubber be effectively used?

A: This wet scrubber is ideal for facilities in the pharmaceutical, chemical, dye, and pigment manufacturing industries. It is designed for environments where controlling gaseous emissions and fine particulate matter is essential for regulatory compliance.

Q: When is it recommended to use a water-cooled, full cone nozzle scrubber?

A: A water-cooled, full cone nozzle scrubber is recommended for continuous, high-volume air pollution control applications, especially where inlet gas temperatures reach up to 60C and variable air flow is necessary due to changing pollutant loads or process conditions.

Q: What are the main benefits of a stainless steel, two-stage scrubber design?

A: The dual-stage tower increases pollutant removal efficiency while the stainless steel body enhances resistance to corrosion and prolongs operational life. The design also ensures sustained high efficiency, even with frequent exposure to corrosive gases and ambient temperatures up to 60C.

Q: How does the air flow adjustment feature work in this unit?

A: The unit allows for variable, adjustable air flow, enabling operators to tailor performance according to process requirements or changes in emission volumes, ensuring effective pollutant capture and energy optimization.

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