cover-understanding-risks-associated-with-FIBCS-electrostatic-hazards
cover-understanding-risks-associated-with-FIBCS-electrostatic-hazards
cover-understanding-risks-associated-with-FIBCS-electrostatic-hazards
cover-understanding-risks-associated-with-FIBCS-electrostatic-hazards
cover-understanding-risks-associated-with-FIBCS-electrostatic-hazards

White Paper: Understanding the Risks Associated with FIBCs and Electrostatic Hazards

Oct. 22, 2012

Flexible Intermediate Bulk Containers (FIBCs) have found their niche in the worldwide transportation of powdered, flaked and granulated products. FIBCs are typically made of woven plastic with some type of liner insert and are often referred to as super sacks, big bags or bulk bags in industry. During filling and emptying of FIBCs there is a steady accumulation of static charge that can result in electrostatic discharges from the FIBC. This may in turn provide sufficient energy for ignition of combustible particulate solids or flammable vapors, not to mention unsettling shocks to nearby personnel. In this white paper we review  the NFPA 654 Standard for the Prevention of Fire and Dust Explosions from Combustible Particulate Solids and the importance of why identifying the Minimum Ignition Energy (MIE)  of your combustible dust or flammable vapor is a necessary component for selecting the correct FIBC Type for your application.

Download now.

Flexible Intermediate Bulk Containers (FIBCs) have found their niche in the worldwide transportation of powdered, flaked and granulated products. FIBCs are typically made of woven plastic with some type of liner insert and are often referred to as super sacks, big bags or bulk bags in industry. During filling and emptying of FIBCs there is a steady accumulation of static charge that can result in electrostatic discharges from the FIBC. This may in turn provide sufficient energy for ignition of combustible particulate solids or flammable vapors, not to mention unsettling shocks to nearby personnel. In this white paper we review  the NFPA 654 Standard for the Prevention of Fire and Dust Explosions from Combustible Particulate Solids and the importance of why identifying the Minimum Ignition Energy (MIE)  of your combustible dust or flammable vapor is a necessary component for selecting the correct FIBC Type for your application.

Download now.