Two-Way Liquid Vacuum Pump Systems | Spill Recovery
- Material Composition: Compressed-air operated liquid vacuum/pump components with spill recovery accessories and ABS wand.
- System Types: Standard Exair two-way liquid vacuum pump system, deluxe system, and separate spill recovery kit.
- Application Range: Liquid spill recovery, coolant removal, sludge pickup, oil transfer, and non-flammable liquid handling.
- Operating Method: Air-powered vacuum and pressure transfer through a 2-inch drum bung connection.
- Configuration Options: No-dolly pump system, deluxe kit with recovery tools, and add-on squeegee/wand kit.
$599.96
$699.98
(You Save 14%)$1,199.96
$1,449.98
(You Save 17%)$159.98
$199.98
(You Save 20%)Product Comparison Chart
| Product | Configuration | Primary Function | Included Components | Use Case |
|---|---|---|---|---|
| Exair Two-Way Liquid Vacuum Pump System | No Dolly | Base pump system | Vacuum and pump liquid transfer | Two-way liquid vacuum/pump system | Drum-based liquid recovery and transfer where a dolly is not required |
| Deluxe Two-Way Liquid Vacuum Pump System | Expanded recovery system | Vacuum pickup and liquid discharge | Two-way pump system plus spill recovery kit | Floor spill recovery, coolant cleanup, sludge removal, and machine-area liquid handling |
| Spill Recovery Kit For Exair 2-Way Liquid Vacuum Pump System | Add-on accessory kit | Floor-level liquid pickup | 14-inch double blade squeegee and 54-inch ABS wand | Converting the pump system for spill collection from flat surfaces |
Configuration Analysis
Two-way liquid vacuum/pump systems are designed to perform both suction recovery and discharge transfer. In vacuum mode, the unit pulls non-flammable liquids, coolant, sludge, chips, and spill residue into a compatible drum. In pump mode, the same system pressurizes the drum to move collected liquid out through a discharge hose or outlet connection. The base Exair system is suited for facilities that already have drum-handling equipment or do not require a cart-mounted setup. The deluxe system combines the pump assembly with floor recovery tools, allowing operators to collect liquids from work areas without building a separate pickup assembly.
Material Engineering
These systems are built around compressed-air operation rather than electric motor drive. This design reduces the number of moving mechanical parts exposed to liquid contamination. The spill recovery kit includes a 14-inch double blade squeegee for directing liquid into the intake path and a one-piece 54-inch ABS wand for reach and operator control. ABS construction provides impact resistance for routine industrial handling. Because the system mounts to a drum through the 2-inch bung opening, the drum material and condition remain part of the overall setup. Tight-head steel drums are commonly used where liquid containment and bung access are required.
Regulatory Standards
Two-way liquid vacuum/pump systems should be matched to the liquid being recovered, the drum being used, and the workplace handling rules that apply to the material. These systems are intended for non-flammable liquids. Flammable liquids, hazardous chemicals, or reactive materials require separate review for container compatibility, grounding, ventilation, labeling, and regulatory handling requirements. Facilities operating under OSHA, DOT, or environmental spill-control procedures should confirm that recovered liquids are stored in containers approved for the material. If liquids are later transported, the drum and closure must meet the correct shipping classification and applicable UN/DOT packaging rules.
Industrial Applications
Spill recovery vacuum/pump systems are used in machine shops, maintenance departments, manufacturing plants, wastewater areas, vehicle service bays, and metalworking operations. Common applications include removing coolant from sumps, collecting water from floors, recovering non-flammable oils, removing sludge from equipment areas, and transferring liquid from one container to another. The deluxe system is suited for facilities that need floor cleanup capability, while the standard no-dolly system fits stationary drum-transfer tasks. The separate spill recovery kit is used when an existing Exair two-way pump system needs floor pickup tools added.
Selection Criteria
Buyers should evaluate liquid type, viscosity, solids content, drum compatibility, air supply, and worksite layout before selecting a system. Low-viscosity fluids such as water and coolant are easier to recover than thick sludge or heavy oils. Liquids containing chips or debris may require more frequent inspection of hoses, pickup tools, and drum contents. The air supply must meet the operating requirements of the pump system. Facilities should also decide whether they need only the base pump system, the deluxe system with spill tools, or the separate spill recovery kit for an existing unit.
