dust pollution control systems, cyclone separators, bin vent filter, spiracages manufacturer, centrifugal fan exporter, bag filter, dry / wet scrubber, bag dump system, fume extraction system, spares for pollution control systems India FranceAlgeria (Al - Jaza'ir) Abyssinia - Gondar Angola - Luanda Benin - Porto Novo, Cotonou Botswana - Gaborone Burkina Faso - Ouagadougou Burundi - Bujumbura Cameroon (also spelled Cameroun) - Yaoundé Cape Verde - Praia Central African Republic (Centrafrique)- Bangui Chad (Tchad) - N'Djamena Comoros - Moroni Republic of the Congo - Brazzaville Democratic Republic of the Congo - Kinshasa Côte d'Ivoire (Ivory Coast)- Yamoussoukro Djibouti - Djibouti Egypt (Misr) - Cairo Equatorial Guinea - Malabo Eritrea - Asmara Ethiopia (Itiopia) - Addis Ababa Gabon - Libreville The Gambia - Banjul Ghana - Accra Guinea - Conakry Guinea-Bissau - Bissau Kenya - Nairobi Lesotho - Maseru Liberia - Monrovia Libya - Tripoli Madagascar - Antananarivo Malawi - Lilongwe Mali - Bamako Mauritania - Nouakchott Mauritius - Port Louis Morocco (Al Maghrib) - Rabat Mozambique - Maputo Namibia - Windhoek Niger - Niamey Nigeria - Abuja Rwanda - Kigali São Tomé and Príncipe - São Tomé Senegal - Dakar Seychelles - Victoria, Seychelles Sierra Leone - Freetown Somalia - Mogadishu South Africa - Cape Town, Pretoria, Bloemfontein South Sudan Sudan - Khartoum Swaziland - Mbabane Tanzania - Dar es Salaam, Dodoma Togo - Lome Tunisia - Tunis Uganda - Kampala Western Sahara *DISPUTED* - La'youn Zambia - Lusaka Zaire Zimbabwe - Harare

Cyclone separators that is widely demanded by our clients for their efficient performance and durability. Manufactured using high quality raw material, this cyclone separator helps in ensuring stringent particulate pollution control and material recovery. The large volume of gas makes it difficult to accomplish the desired dust collection efficiency in a single stage cyclone construction. The range of cyclone separators manufactured by us configure high efficiency cyclones into various versions, twin (two cyclones), in order to achieve optimum efficiency.  



Features:

• Adequate to high dust concentration
• Hassle free operation
• Durable
• High collection efficiency (Coarse Dust)
• Low initial cost

Algeria (Al - Jaza'ir)
Abyssinia - Gondar
Angola - Luanda
Benin - Porto Novo, Cotonou
Botswana - Gaborone
Burkina Faso - Ouagadougou
Burundi - Bujumbura
Cameroon (also spelled Cameroun) - Yaoundé
Cape Verde - Praia
Central African Republic (Centrafrique)- Bangui
Chad (Tchad) - N'Djamena
Comoros - Moroni
Republic of the Congo - Brazzaville
Democratic Republic of the Congo - Kinshasa
Côte d'Ivoire (Ivory Coast)- Yamoussoukro
Djibouti - Djibouti
Egypt (Misr) - Cairo
Equatorial Guinea - Malabo
Eritrea - Asmara
Ethiopia (Itiopia) - Addis Ababa
Gabon - Libreville
The Gambia - Banjul
Ghana - Accra
Guinea - Conakry
Guinea-Bissau - Bissau
Kenya - Nairobi
Lesotho - Maseru
Liberia - Monrovia
Libya - Tripoli
Madagascar - Antananarivo
Malawi - Lilongwe
Mali - Bamako
Mauritania - Nouakchott
Mauritius - Port Louis
Morocco (Al Maghrib) - Rabat
Mozambique - Maputo
Namibia - Windhoek
Niger - Niamey
Nigeria - Abuja
Rwanda - Kigali
São Tomé and Príncipe - São Tomé
Senegal - Dakar
Seychelles - Victoria, Seychelles
Sierra Leone - Freetown
Somalia - Mogadishu
South Africa - Cape Town, Pretoria, Bloemfontein
South Sudan
Sudan - Khartoum
Swaziland - Mbabane
Tanzania - Dar es Salaam, Dodoma
Togo - Lome
Tunisia - Tunis
Uganda - Kampala
Western Sahara *DISPUTED* - La'youn
Zambia - Lusaka
Zaire
Zimbabwe - Harare

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Rotary Dryer Manufacturer Exporter Supplier in India Iran Bangladesh Nepal U.K. United States of America Nigeria Kenya

Ylem Rotary Dryers and Rotary Coolers are widely used in the Industry for drying / cooling of reasonably free flowing materials.

Ylem Rotary Drying Systems with various configuration.

DIRECT ROTARY DRYERS & COOLER

• Process : Material to be dried / cooled comes in direct contact with the drying / cooling media.

• Mechanism :Dryer consists of a rotating shell supported on rollers / tyres and driven by means of suitable drive arrangement. Drying / Cooling media (Air / Gas) is admitted through stationary hood at one end & taken out from stationary hood from other end. 
• Feeding : Feed is admitted through suitable feeding mechanism like Screw feeder or Chute. 
• Louvers : The rotating shell is provided with specially designed material showering mechanism like Lifters / Garland Chains etc. 
• Inclination : Shell inclination & rotating speed facilitate forward movement of the material towards discharge end providing required residence time. 
•  Heat Transfer : Drying (or Cooling) takes place by heat transfer to (or from) showering material with the drying (or Cooling) media within the shell. Product is discharged from the stationary hood through suitable equipment like Flap Valve / Rotary Valve / Screw Conveyor / Chute. 

Air Flow Configurations :

• Co-Current Flow
• Counter-Current Flow

Air Heating System Configurations :

Fuel Type : Direct / indirect fired air heaters using liquid / gaseous/solid fuels.
Heating Media : Direct / indirect fired air heaters using solid fuels, agro waste, saw dust, rice husk, coal, briquette etc.
Heaters Type : Indirect air heaters such as using steam / hot oil / thermic fluid/electricity.
.

Product / Fines Recovery System Configurations :

Cyclone Separators: Mono, Twin, Quadruple, Multi etc.
Bag Filters: Reverse Pulsejet, Mechanical shaking etc.
Wet Scrubbers – Direct Contact Ventury, Adjustable Ventury, Packed scrubbers etc.

Optional Features Configurations :

Feed material conditioning.
Back mixing of product with feed material.
Pneumatic conveying system and finish product handling.
Computerized control system through PLC / DCS & SCADA.

IN-DIRECT ROTARY DRYERS :
The material to be dried does not come in direct contact with the drying media.

The dryer comprises of an assembly of two concentric rotating shells supported on rollers / tyres and driven by means of suitable drive arrangement. Feed is admitted through suitable feeding mechanism like Screw feeder / Flap Valve into the dryer through stationary feed hood. The drying media is admitted through the inner shell & travel towards discharge end & again returns towards feed end through specially designed return gas passages on the inside of outer shell. The inner shell is also provided with suitable radial lifters. These lifters along with return passages geometry is designed for showering of feed material. Shell inclination & rotating speed facilitate forward movement of the material towards discharge end providing required residence time. Drying takes place by heat transfer to the showering material by direct contact with inner shell & return passages. Product is discharged from the stationary hood through suitable equipment.

Air Heating System Configurations :

Direct Fired Air Heaters : Using Liquid / Gaseous Fuels.
Direct Fired Air Heaters : Using Solid Fuels, Agro Waste, Saw Dust, Rice Husk, Coal, Briquette etc.

Product / Fines Recovery System Configurations :

Cyclone Separators: Mono, Twin, Quadruple, Multi etc.
Bag Filters: Reverse Pulsejet, Mechanical shaking etc.
Wet Scrubbers – Direct Contact Ventury, Adjustable Ventury, Packed scrubbers etc.

Optional Features Configurations :

Feed material conditioning.
Back-mixing of product with feed material.
Pneumatic conveying system and finish product handling.
Computerized control system through PLC / DCS & SCADA.


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Bag Filter System Manufacturer Exporter Supplier in India Nepal Noida Iran United States of America U.K. Bangladesh

Ylem Parto offer pocket shaped pulse jet bag filters that are extensively used for various industrial applications. Their superior designing and construction makes them efficiently perform the task of dust collection. We offer them in:

1. Manual shaking type.
2. Motorized type.
3. Reverse pulse jet type

 Process:

• Compressed jet air which passes through the filter does the work of cleaning the dust & making it fall through hopper, towards the bottom enabling it to get discharged via rotary feeder for dust collection

• . The air tank helps in keeping the compressed air at 5-6 Bar pressure and releases it
through solenoid valve which opens as per the sequential timer.

• All bags are cleaned for further use.


Features:

Efficiently perform the task of collecting the dust at the bottom ensuring clean air for the
Exhaust.



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