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Home / Products / Baghouse / Blizzard 30

Performance: 14700 — 235000 cfm (25000 — 400000 m³/h)

Dust cleaning efficiency of 99.9% depending on the dust load and temperature: All characteristics

Price: varies depending on the package

5-Year guarantee

Easy installation and operation

Over 10 years of service life

Eco Friendly

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Blizzard 30 Pulse Jet Baghouse

With Round Bags and Damper Plate for Gas Inlet

High cleaning efficiency of up to 99,99% for dust at least 200 nm in size.
Efficiency depends on the quantity of dust, the temperature, and the humidity.

Dust Collector Description

Blizzard bag filter 30 classic baghouse is calculated for a high dust load and major gas efficiency. It is effective in filtering dry coarse and finely dispersed dust. Automatic bag cleaning will ensure the filter’s uninterrupted operation. The modular design allows the efficiency of the device to increase as modules are added.

VIEW PDF CATALOG BLIZZARD BAG FILTER TOP LOADING

High dust load of up to 120 ppm

Round type bags are installed in the filter suitable for operating under conditions of high contamination.

High operation air temperature of up to +536 ˚F

In the standard set, the filter works with air flows of up to +300 ˚F. By order, a filter can be manufactured with an operation temperature of up to +536 ˚F.

Round Bags and Shutter Dampers: Efficient Cleaning and Reliable Protection

Reduce the wear on bags and save yourself the money and time spent replacing them

Shutter dampers are installed in front of the filters so the dust settles right inside the hopper, thereby reducing the wear on the bags.

Clean the air of any size of dust

Having a shutter damper in a filtration installation allows enterprises to work with dust containing medium-sized and large particles, as they fall right into the hopper after colliding with the shutter.

Modular Design: Our Main Field of Expertise

Increase performance by adding an additional filtration module.

Bolt mounted SKD assembly is performed based on instructions, such as in furniture assembly. Without any welding or complex modulations.

Due to the modular design, delivering the filter requires no special transportation and takes less time.

Rapid performance modernization

Quick and easy installation

Quick, straightforward transportation

Improved Design Customized for the Client's Objectives

Powerful, efficient fans

Selection of the best performing fan from the perspective of performance, pressure, and power consumption.

Under pressure or discharge

The filter works both under pressure and under negative air pressure from the fan.

Straightforward servicing

The filter design is made in such a way as to keep the service time to a minimum. Service hatches and doors can be installed as well.

Compact

Suitable for low performance and doesn't take up much space.

Properly designed and tested at various industrial sites

The proper air passage speed via the filtered bags provides the basis for excellent air filtration and self-cleaning. That renders the filter economical and reliable.

Optional nontypical performance

Based on the client's desire, the design, size, and performance can be modified. There is a large range of additional options to choose from.

Fundamental Differences From Other Blizzard Modules

-1-

Gas entry takes place through shutter dampers

-2-

The filters are packaged with round bags.

-3-

The have a high air efficiency and can work with a large concentration of dust.

-4-

It is supplied in a separated form since it’s not a size specific construction.

-5-

Filter bags replacement performed from the top.

Areas of Use

The filter is suitable for the majority of industrial fields and production sites.

Food industry
Chemical industry
Metallurgical industry
Wood-processing industry
Oil and gas industry
Mineral extraction
Flour mills
Cement plants
Asphalt and concrete plants
Plastic and glass item production factories
PWM and plaster production
Production sites equipped with various types of ovens

QUICK SELECTION BY SECTOR

How It Works

How does a Blizzard Bag Filter 30 work

The contaminated air enters the Blizzard 30 baghouse through an air pipe (or a gas pipe) into the dirty chamber. After that, the dust particles settle on the bags while the clean air passes through the round bags and enters into the clean chamber. The cleaned air exists the filter with the help of a fan outside or goes back into the facility

Specification

The performance specification depends on the package elements. We create each project customized for the client bases on a detailed questionnaire on their industrial site and the nature of the dust.

A baghouse can be implemented in nontypical form depending on the client’s technical task.

Performance;14700 — 235000 cfm (25000 — 400000 m³/h) or based on the client’s technical task Version;Standard, generally accepted version Anti-static or explosion-proof version available. Filtration area;3250 ft² (300 m²) and up, or based on the client's technical specification Filtration bag material;Polyester, meta-aramid, PPS, anti-static filters, and other material depending on the nature of the dust Type of filtered element;Round bags on a metal cage Filtration speed;3-6.5 ft/min (1-2 m/min) for gas cleaning 6.5-20 ft/min (2-6 m/min) for very large-sized dust Dust flow temperature;Typically up to +300 ˚F (+150 ˚C) Wares of up to 660 ˚F (350 ˚C) available for development Dust concentration at the filter entrance, no more than;Typically up to 120 ppm (g/m³) Ware development of up to 150 ppm (g/m³) vailable Dust concentration at the exit filter, no more than;Standard: 0.005-0.01 ppm (5-10 mg/m³) Ware development of 0.001-0.005 ppm (1-5 mg/m³) available Compressed air pressure;72-101 psi (5-7 bars) Compressed air consumption;Starting at 17.7 cfm (500 l/m) depending on the filter’s performance and the dust content in the gas Aerodynamic resistance; 0.175 - 0.73 psi (1200 - 2000 Pa) Peak negative pressure;Standard:20 iwg (5000 Pa) Optional ware design with high negative pressure Filter energy consumption without additional equipment;0.2 kW Filter installation location;The filter is typically installed in a facility of between 14 ˚F (-10 ˚C) indoors and -22 ˚F (-30 ˚C) outdoors. A ware can optionally be produced by order to be installed which allows -58 ˚F (-50 ˚C) minimum. Filter element removal;Indicated in the drawing below Dust discharge system;The basic default package contains a manual “dust slide”. The additional package components contain a choice of: a mechanical “double dump” or an automatic “gate”. Frame version;Coated steel The ware's design is modular, completely mountable and dismantlable, which renders the assembly, transportation, repair, and additional modernization processes easier. Dimensions Attachment dimensions Distance from the discharging of the hopper to the floor;Indicated in the table below Filter mass in assembly;Starting at 13450 lbs (6100 kg), depending on the filter model

Package Elements

Basic package for each module

There can be more modules depending on the client’s technical task

Coated steel frame

Round filter bags vertically positioned on a metal cage

Package

Conical hopper for discharging the dust

Rotary valve for controlling the dust level in the hopper

Shutter dampers at the entrance of the contaminated air for preliminary dust separation

Package

Filter control shield

Operating manual, operation instructions, and installation instructions

Package

Sectional manual louver for the hopper

Coating for the entire filter on both sides

RAL 5003

Filter bags
replacement

Filter element
removal from the top

Contaminated gas entry (typically from the side)

Contaminated gas exit (typically from the side)

Filter grounding

Package

Additional package

We always compromise with the client and are willing to add the necessary functions range as well as other characteristics and parameters to the standard package.

FIRE EXTINGUISHING AND SAFETY

The explosion-safe version, the establishment of explosion-resistant membranes (excess pressure membranes), using filter elements with anti-static fibers and threads, additional grounding systems, IP 64 electricity, etc.
Fire extinguishing system
Explosion-proof membrane on the body of the filter.
Pneumatic dust or vibro hopper discharge
Chemical-resistant coating

SERVICING

Filter element removal from the top
Floors and stairs for filter servicing

HEATING AND THERMAL INSULATION

Hopper thermal insulation (conical dust collector)
Filter body thermal insulation
Thermal insulation and heating of the regeneration system
Hopper heating (conical dust collector)
Heating of the filter and separate parts of it, bringing the heating to the valves

MANAGEMENT AND CONTROL

Smooth launch device (frequency transformer) for the fan, worm, and flood hatch.
Special control board built based on a relay with a control module, connection, and management. The control board, based on your order, will provide: data collection from the dust transmitters, the differential pressure, and the equipment condition (fan, worm, and feed).
Notification of the condition of the operation, accidents, and technological halts.
Emergency halts
Switching off the installation when the fire alarm is triggered.
The differential manometer of the differential between the “clean” and “dirty” areas.

DESIGN AND FILTER

Replacement of impulsive draft filters with a filter containing bags drafting in reverse to be used in locations where there is no ability to operate a compressor.
Filter cartridges in the event of certain small types of dust, high temperature (over 400 ˚F), stickiness, wetness, and others.
The filter body can be composed of various types of steel.
Oil-water separator
Fans of various types: high-pressure, medium-pressure, dust, corrosion, among others.
Various types of values: reverse, flame trap, and bypass valves.
Various colors of RAL paint.

DUST COLLECTION HOPPER

Worm conveyor
A box for unloading dust under the hopper.
Flood hatch for unloading the hopper.

Modifications, Size, and Drawings

A modification is a filter variation with a different quantity of modules. Adding modules entails a change in general performance, filtered air volume, dimensions, and other specifications.

The Blizzard Bag Filter 30 consists of one or multiple modules.

The recommended performance of a single module is no more than 18000 cfm and in order to increase the performance of the baghouse, it is recommended to install additional modules.

A filter can optionally be designed with non-typical dimensions depending on the client’s technical task.

Baghouse Design and Diagram

Movement Scheme of Gas Inside and Outside the Baghouse Filter: Working Principle

Air enters by way of the space under the bag via the gas entry flange and hits the shutter dampers, after which the air continues into the dirty chamber where the filter bags are. Such a design helps the client save on the filter diameters.
Highly charged and heavy particles are reflected off the shutter dampers located above the gas and air entry point and they fall into the hopper.
Air containing fine dust particles passes through to the bags into the dirty air chamber and then into the clean air chamber via the bags while the dust falls to the perimeter.
After that, the air passes up into the clean air chamber and exits the filter.
Located above are hatches for changing out the filter bags, which are necessary to replace, diagnose, and repair them.
An additional diagnostic hatch is located at the end of the filter.

Round Filter Bags

The Blizzard Bag Filter 30 is equipped with round bags. Filters of this type are a little bigger in dimension and heavier than those with flat bags. This is due to the fact that when round bags are used, a larger internal space has to be created for the bags to be arranged in and gas dynamic laws have to be observed as well.

Round filter bags withstand a large-sized dust load of up to 120 ppm, in some cases even up to 150 ppm.

Round filter elements come in many different forms, types, and diameters. Up to 4-5 meters in length, no Venturi tube is required, and, instead, flow nozzles are used. At a length of over 5 meters, we can recommend using a variety of nozzles for more efficient filter element cleaning.

The material for filter bags is chosen on a case-by-case basis, in accordance with the technical task.

Contaminated Air Entry: Shutter Dampers

In the Blizzard Bag Filter 30 filter, entry of contaminated air takes place through the space underneath the bag with shutter dampers.

The main advantage of a shutter damper is that when the air enters the filter, it “collides” with the shutter and disperses evenly along the filter elements, reducing the level of wear, as well as providing an even level of wear over the filter elements.

Installing shutter dampers provides a basis to save space in the dust extracting installation. Having a shutter damper in the baghouse provides a way to operate dust containing medium-sized and large particles which end up in the hopper right away after colliding with the shutter grid.

This is the cheapest version option in the Blizzard Bag Filter 30 compared to the other ways of arranging contaminated air entry via damper plates or a side entrance.

The Dust Hopper and Unloading It

In the standard package, the Blizzard Bag Filter 30 has a conical accumulation reservoir for dust and a round sealer with a hand lever for opening and closing or a box on wheels.

Additional hopper package

A vibrator or a vibrator installation to prevent dust from sticking to the hoppers walls.
Level transmitter
Hoppers and supports based on your enterprise’s order. For instance, we included a hopper that unloads into big bags for our wood-processing enterprise client.
The hopper with a worm under the bag for uninterrupted unloading of dust from the hopper with a flood hatch. In this case, the filter won't have to be stopped in order to unload the accumulated dust.

A classic conical hopper

An extended worm hopper.

Worm hopper, sectional type

Unloading the Captured Product

Methods for the client to choose from for organizing unloading

The basic package involves the use of a manual method. A manual flow gate is used, and after it is manually opened, dust unloads out of a dust reservoir into a container or, other times, the container (box) the dust falls into can be connected to the filter without a flow gate.
The automated method: a flood gate or a double flap is used for unloading, often together with a worm transporter.

The main difference arises when it comes to manual labor needing to be exerted to unload the captured product. The automated method can be tied into a production chain and, for instance, the product can be returned back onto a conveyor belt.

A hand dust latch

Automatic “flood gate” (feed)

Mechanical “double flap”

Managing the Baghouse

Smart control automation guarantees uninterrupted operation

Control of the filter is performed using a controller or a remote-control device. This system operates in a closed cycle, but it can be reconfigured depending on the client's needs.

We propose packaging the filter along with a system entailing completely automatic control, analysis, and fire extinguishing. A time controller is installed in the standard package and a Siemens controller can also be part of the package, depending on your needs.

Pneumatic Cleaning System

Periodically filtered bags get covered with dirt, which increases the filter’s resistance. In order for the system to work in an uninterrupted fashion without any pressure differentials, the bags need to be cleaned. Cleaning is done in the following way:

On top, there are air pipes in the clean air chamber which start from the air system's diaphragm valves. These valves are installed for the receivers where the compressed air is kept, which is used for pulse jet.
The air is submitted from the compressor to these receivers. Periodically, the valve begins operation and the air is submitted to the air pipe via the valve and then out of the air pipe with the help of the nozzles and is distributed inside the filter bag.
The filtered bag is shaken and aired out while the dust falls down into the hopper accumulator from the filter bag.
The dust can be extracted from the hopper accumulator in three different ways, depending on the technical task envisaged: the manual dust latch, a mechanical “double flap”, and an automatic “flood hatch”. The standard version has a manual dust latch included.

Pulse Jet Cleaning System Package:

Compressed air receiver package
It is the receiver that accumulates air for the pulse jet. If there isn't enough air, the degree of cleaning will fall, the wear on the filters will increase, and the filter’s performance will fall, since the aerodynamic pressure of the filter will increase. The receiver has a flanged socket for connecting to the compressor or the general factory compressed air pathway, as well as a moisture drain valve. If “Blizzard” isn't installed in a heated facility, we recommend installing an oil and water separation, thermal, and air heating system.

Air pipe system
These are either metallic or plastic. Everything depends on the gas and temperature that the Blizzard bag filter 30 filter is cleaning. Nozzles are installed on the air pipes for more efficient cleaning of the filter element.

Air valves
All our valves are certified. Our valves are specialized for filter equipment air cleaning systems.

Controller
Controlling the regeneration system is implemented with the help of a special controller that configures the impulse quantity and the frequency of them.

Differential manometer (by order)
Then bag cleaning can not only originate based on time but also in terms of the degree of the bags’ “contamination”. When the bags fall, the pressure in the filter changes and the manometer submits a signal to implement the draft. The differential manometer will also show an accident if one or more of the bags is ruined.