IBC Rack with Spill Containment Sump

Name: IBC Rack with Spill Containment Sump
Brand: DENIOS
SKU: PAK252
Price: 5,899.00 USD
Availability: InStock

PAK252 –

Holds (4) IBCs 54" x 126" x 120" 385 gal. Sump Capacity

Save floor space, meet regulations and easily access up to four IBC tanks with this two-level sump and rack system.
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PRICING (Based on quantity)

$5,899.00

Powder-coated racking with shared sump saves valuable floor space while protecting against large-scale leaks and ruptures
385-gallon sump provides containment volume for four IBCs
Splash guards on back and sides help keep liquids inside the sump to maintain dry, safe floors
Pallet stops on each level prevent IBCs from being pushed or positioned too far back
Removable galvanized steel grating provides easy access to sump
Note: Actual color of racking may vary from photo shown

Dimensions	54" W x 126" L x 120" H
Sump Capacity	385 gal.
Brand	DENIOS
Holds	(4) IBCs
Load Capacity UDL Per Shelf	10000 lbs.
Shelf Dimensions	120" L x 48" W x 1.5" H
Color	Blue
Shelves	1 - Adjustable, 1 - Non-Adjustable Shelf
Use With Flammables	Yes
Sold as	1 each
Weight	1560 lbs.
# per Pallet	1
Composition	Rack - Powder-Coated Steel Sump - Painted Steel Grating, Guards - Galvanized Steel
UNSPSC	24102004
Pigalog® Page Number	Page 379

Product Data Sheet (PDS)
40 CFR 112.7
SPCC planning requirements state that facilities subject to these regulations must have written plans in place discussing the products, countermeasures and procedures that are in place, or will be taken by the facility to prevent discharge of oil into waters of the United States.
40 CFR 122.26
When applying for a National Pollutant Discharge Elimination System (NPDES) permit, facilities must have a plan in place that describes actions, procedures, control techniques, management practices and equipment available to prevent illegal discharge of pollutants into waterways.
40 CFR 264.175
Hazardous waste containment systems must be free of structural cracks or gaps, be designed to keep spilled liquids from remaining in contact with the container, prevent run-on and "have sufficient capacity to contain 10% of the volume of the containers, or the volume of the largest container, whichever is greater."