Ultra Rack Sumps | Spill Containment Rack Systems
- Material: Heavy-Duty Polyethylene Construction
- Dimensions: 51.5" W x 51.5" L x 12" H
- Containment Type: Secondary Spill Containment Rack Sumps
- Drain Options: Available With Drain or No Drain Configuration
- Applications: Drum Racking, Chemical Storage, Industrial Spill Control
Product Comparison Chart
Rack Sump Containment Configurations Ultra Rack Sumps are available in two primary configurations: closed sump containment systems and drain-equipped sump systems. The no-drain configuration is designed for facilities requiring isolated spill retention without external liquid discharge. This setup is commonly used in hazardous material storage applications where contaminated liquids must remain fully contained until proper disposal procedures are completed. The drain-equipped model incorporates an integrated drain system that allows controlled liquid evacuation and recovery. Facilities utilizing recurring drum dispensing or fluid transfer operations often select drain-enabled configurations to simplify maintenance and sump cleaning procedures. Drain ports may also support compatibility with recovery pumps or temporary collection systems.
Polyethylene Material Engineering Ultra Rack Sumps are rotationally molded from industrial-grade polyethylene engineered for chemical resistance and structural durability. Polyethylene construction provides resistance to oils, solvents, acids, and corrosive industrial fluids commonly encountered in manufacturing and processing operations. Unlike painted steel containment systems, polyethylene will not rust, chip, or corrode when exposed to moisture or aggressive chemicals. Rotational molding produces seamless one-piece construction that reduces the risk of leakage through welded seams or mechanical joints. The material also maintains impact resistance during forklift activity and routine warehouse handling. UV-resistant polyethylene formulations support both indoor and limited outdoor containment applications where exposure to sunlight may occur.
Secondary Containment Compliance Standards Rack sump containment systems are commonly implemented to support EPA spill prevention regulations and facility-level environmental compliance programs. Secondary containment systems are designed to capture accidental releases generated from primary storage containers including drums, pails, and intermediate bulk containers. Facilities storing hazardous chemicals or petroleum products often use sump systems to support compliance with spill containment requirements outlined under EPA 40 CFR regulations. Industrial operations may also integrate these systems into OSHA workplace safety programs intended to reduce slip hazards and chemical exposure risks associated with leaking containers.
Industrial Spill Control Applications Ultra Rack Sumps are utilized across multiple industrial sectors including chemical manufacturing, automotive operations, pharmaceutical facilities, food processing plants, and industrial maintenance departments. Drum rack systems positioned above containment sumps allow operators to safely dispense liquids while maintaining spill control beneath the storage area.
Warehouses frequently use these systems beneath pallet racking containing oils, lubricants, cleaning chemicals, agricultural fluids, or industrial solvents. Maintenance departments also deploy rack sumps beneath fluid transfer stations and chemical storage shelves to isolate leaks before they spread across facility floors.
Selection Criteria for Rack Sump Systems Selecting an appropriate rack sump containment system requires evaluation of stored liquid compatibility, dispensing frequency, and facility drainage procedures. Drain-equipped models are generally selected where operators require periodic liquid evacuation or recovery. Closed sump systems are preferred in hazardous waste applications requiring full containment isolation. Additional considerations include rack dimensions, anticipated spill volume, forklift traffic exposure, and environmental conditions. Facilities handling aggressive chemicals should verify long-term compatibility with polyethylene materials before deployment. Users should also evaluate sump placement relative to dispensing valves, drum orientation, and available maintenance access space.
| Product | Dimensions | Drain Option | Material | Application |
|---|---|---|---|---|
| Rack Sump Containment - No Drain | 51.5" W x 51.5" L x 12" H | No Drain | Polyethylene | Secondary Spill Containment |
| Rack Sump Containment - With Drain | 51.5" W x 51.5" L x 12" H | Integrated Drain | Polyethylene | Liquid Recovery and Spill Management |
Rack Sump Containment Configurations Ultra Rack Sumps are available in two primary configurations: closed sump containment systems and drain-equipped sump systems. The no-drain configuration is designed for facilities requiring isolated spill retention without external liquid discharge. This setup is commonly used in hazardous material storage applications where contaminated liquids must remain fully contained until proper disposal procedures are completed. The drain-equipped model incorporates an integrated drain system that allows controlled liquid evacuation and recovery. Facilities utilizing recurring drum dispensing or fluid transfer operations often select drain-enabled configurations to simplify maintenance and sump cleaning procedures. Drain ports may also support compatibility with recovery pumps or temporary collection systems.
Polyethylene Material Engineering Ultra Rack Sumps are rotationally molded from industrial-grade polyethylene engineered for chemical resistance and structural durability. Polyethylene construction provides resistance to oils, solvents, acids, and corrosive industrial fluids commonly encountered in manufacturing and processing operations. Unlike painted steel containment systems, polyethylene will not rust, chip, or corrode when exposed to moisture or aggressive chemicals. Rotational molding produces seamless one-piece construction that reduces the risk of leakage through welded seams or mechanical joints. The material also maintains impact resistance during forklift activity and routine warehouse handling. UV-resistant polyethylene formulations support both indoor and limited outdoor containment applications where exposure to sunlight may occur.
Secondary Containment Compliance Standards Rack sump containment systems are commonly implemented to support EPA spill prevention regulations and facility-level environmental compliance programs. Secondary containment systems are designed to capture accidental releases generated from primary storage containers including drums, pails, and intermediate bulk containers. Facilities storing hazardous chemicals or petroleum products often use sump systems to support compliance with spill containment requirements outlined under EPA 40 CFR regulations. Industrial operations may also integrate these systems into OSHA workplace safety programs intended to reduce slip hazards and chemical exposure risks associated with leaking containers.
Industrial Spill Control Applications Ultra Rack Sumps are utilized across multiple industrial sectors including chemical manufacturing, automotive operations, pharmaceutical facilities, food processing plants, and industrial maintenance departments. Drum rack systems positioned above containment sumps allow operators to safely dispense liquids while maintaining spill control beneath the storage area.
Warehouses frequently use these systems beneath pallet racking containing oils, lubricants, cleaning chemicals, agricultural fluids, or industrial solvents. Maintenance departments also deploy rack sumps beneath fluid transfer stations and chemical storage shelves to isolate leaks before they spread across facility floors.
Selection Criteria for Rack Sump Systems Selecting an appropriate rack sump containment system requires evaluation of stored liquid compatibility, dispensing frequency, and facility drainage procedures. Drain-equipped models are generally selected where operators require periodic liquid evacuation or recovery. Closed sump systems are preferred in hazardous waste applications requiring full containment isolation. Additional considerations include rack dimensions, anticipated spill volume, forklift traffic exposure, and environmental conditions. Facilities handling aggressive chemicals should verify long-term compatibility with polyethylene materials before deployment. Users should also evaluate sump placement relative to dispensing valves, drum orientation, and available maintenance access space.
