Milk Powder Combustible Dust Hazards

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Milk Powder Production Milk Powder Production Combustible Dust Hazards Combustible Dust Hazards Prevention and Mitigation Prevention and Mitigation Combustible Dust Policy Institute

description

Global trading partners can learn from the example of the New Zealand dairy industry in proactively addressing combustible dust hazards that are present in the milk powder production process during spray drying applications.

Transcript of Milk Powder Combustible Dust Hazards

Page 1: Milk Powder Combustible Dust Hazards

Milk Powder ProductionMilk Powder Production

Combustible Dust HazardsCombustible Dust Hazards

Prevention and MitigationPrevention and Mitigation

Combustible Dust Policy Institute

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Global Trade Flow: Dairy ProductsGlobal Trade Flow: Dairy Products

http://www.ers.usda.gov/publications/err28/err28d.pdf

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Global Milk Powder ExportersGlobal Milk Powder Exporters

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http://www.ers.usda.gov/publications/err28/err28d.pdf

Global Cost of Milk ProductionGlobal Cost of Milk Production

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http://www.osh.dol.govt.nz/order/catalogue/pdf/dairy-ac.pdf

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For more information contact Dr. Chris Bloore: [email protected]

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Dr Chris BlooreDr Chris Bloore

Dairy Industry Systems Consultant, New ZealandDairy Industry Systems Consultant, New Zealand Chris Bloore has over 35 year’s experience in the dairy industry.  He spent 19 years at the New Zealand Dairy Research Institute in four different roles; carrying out research in milkpowders and drying. 

Since 1990, Chris has been a self-employed consultant to the New Zealand and Australian dairy industries.  His projects have included milkpowder plant commissioning, debottlenecking and performance optimisation, designing spray driers, advising dairy companies on fire and explosion safety and conducting post incident investigation of fires, explosions and control system failures.  He has a particular interest in drying sticky powders.

Dairy Industry Systems ConsultantP.O. Box 5150 Dunedin 9058

NEW ZEALANDPhone/fax +64 3 477 2827

[email protected]

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Particle SizeParticle Size

“A ton/hour drier will have about 8.3 kg (18.3 lb) of airborne powder, and if it has a mean diameter of 120 microns it will have a total surface area of 417 m2 (4,503 ft2 ).

Similarly, 10 ton/hour drier will have 4,170 m2 (45,033 ft2 ) total surface area. “

Amazingly, over an acre!

Excerpt from Principles, Prevention, Detection, and Control by Dr. Chris Bloore

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For more information contact Dr. Chris Bloore: [email protected]

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Examples of Case StudiesExamples of Case Studies

•Blocked Cyclone•Spray Drier•Packing Room•Explosion Venting Failure•Spray Drier Air Disperser•Fines Return Tube•Deposits on an Atomizer

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http://www.osh.dol.govt.nz/order/catalogue/pdf/dairy-ac.pdf

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• Modeling and Control of Spray Drying Processes

• New & Alternative Manufacturing Technologies

• Functionality & Applications of Spray-Dried Dairy Ingredients

• Analysis & Characterization of  Powder Properties

http://www.icebergevents.com/spraydryingmelbourne09/Home/