PurePEL DIP240 Dry Ice Pelletizer
Continuous pellet production for round-the-clock plants.
High-output, stainless pelletizer for continuous in-house dry ice—~529 lb/hr, <20 s start-up, touch HMI, forklift-friendly service access.
pelletizersOverview
DIP 240 is built for continuous, high-volume dry-ice production in a compact footprint. Internal LCO₂ routing enables <20 s start-up, while the stainless cabinet, forklift-friendly base, and large removable panels simplify cleaning and maintenance. A front-delivery layout centers the collection box for even fill, and the touch HMI offers I/O diagnostics and per-valve checks. Optimized LCO₂ supply and conversion piping improves efficiency; with proper tank and line installation, real-world conversion can approach ~2.2:1. Built with industrial components (Danfoss / Siemens) and a high-performance hydraulic power unit.
Key Features
- ~529 lb/hr pellet output
- Cabinet 43.3 × 27.6 × 66.9 in (≈110 × 70 × 170 cm)
- < 20 s start-up via internal LCO₂ routing
- Touch interface with I/O diagnostics
- Optimized LCO₂ supply & conversion piping for higher efficiency
- Stainless cabinet; forklift-friendly access
- Large removable panels for fast maintenance
- Front delivery pipes to center collection box for even fill
- Industrial components (Danfoss / Siemens)
- High-performance hydraulic power unit
Technical Specifications
| Pellet output | ~529 lb/hr |
|---|---|
| Cabinet | Stainless |
| HMI | Touch interface with I/O diagnostics |
| Footprint | 43.3 × 27.6 in (≈110 × 70 cm) |
| Dimensions | W: 43.3 in × D: 27.6 in × H: 66.9 in — Cabinet dimensions (≈110 × 70 × 170 cm) |
| Utilities | LCO₂ conversion: Special press-chamber supply; approach ~2.2:1 with proper install |
| Components | Danfoss / Siemens; high-performance hydraulic power unit |
Notes
Notes
- Built for continuous, high-volume production.
- Optimized LCO₂ supply and conversion piping improves efficiency.
- Forklift-friendly base for easy positioning and cleaning access.
- Large removable panels provide clear access to internal components.
- Front delivery pipes allow a collection box to be centered for even fill.
- CO₂ for dry ice is a by-product of other processes (ethanol, biomass, ammonia, natural sources), supporting greener transport, cooling, and cleaning.