BLAST Product Line

BLAST 240/45 Ethanol Chiller

Flash-chill 240 gallons of ethanol to -40C in 45 minutes, with 6.0 GPM of flash chilling for large process-class extraction workflows.

240gallons

large process-class ethanol chilling capacity

45minutes

from room temperature toward -40C

6.0GPM

of flash chilling performance

Production Fit

Large process-class capacity for higher-volume extraction schedules.

The BLAST 240/45 is built for teams that need the largest ethanol chilling option in the BLAST lineup, with more volume, fast pull-down, and a system architecture suited to commercial production.

Large process-class capacity

The BLAST 240/45 is built for facilities that need the largest BLAST ethanol chilling capacity and a clearer path to higher production volume.

High-volume pull-down

Flash-chill 240 gallons of ethanol to -40C in 45 minutes so larger extraction teams can plan around a strong chilling target.

Facility-ready integration

Direct refrigerant architecture with HVAC condenser integration helps the system fit into commercial facilities with planned utilities and service access.

Production control visibility

PLC/HMI visibility, compressor protection logic, and operator feedback support repeatable operation at larger throughput levels.

System Overview

BLAST 240/45 performance, integration, and workflow fit.

Scan the system by what matters at scale: capacity, pull-down speed, utility fit, and production control.

BLAST 240/45 green performance graphic showing 240 gallons to -40C in 45 minutes

Performance Profile

240 gallons to -40C in 45 minutes.

The BLAST 240/45 is the large process-class option in the BLAST lineup, designed for teams that need more ethanol capacity and stronger schedule support.

Industrial ethanol chilling system in a clean production facility

System Architecture

Built for larger direct refrigerant chilling loads.

The system is planned around process chilling, refrigeration, controls, condenser integration, and service access for commercial extraction environments.

Cold ethanol extraction workflow visual

Workflow Fit

More chilled ethanol for higher-volume production.

Higher process volume gives operators more room to support repeat-cycle extraction where ethanol needs to be re-chilled and put back to work.

Visual transition from consumable cooling to electric industrial chilling

Operating Model

Scale without leaning on consumables.

For larger labs, reducing LN2 and dry ice dependency can simplify purchasing, receiving, safety planning, and production scheduling.

Extraction Workflow

Built for higher-volume chill, extract, recover, and repeat cycles.

BLAST 240/45 ethanol chilling performance graphic
Chill

Bring 240 gallons of ethanol down to extraction-ready low temperature with a defined 45-minute performance target.

Feed production

Support larger extraction schedules with a deeper reserve of cold ethanol and a stronger pull-down profile.

Recover and repeat

Return ethanol to the system, recover temperature, and keep the extraction workflow moving with less consumable drag.

Highlights

Spec points buyers can scan fast.

  • 240 gallons to -40C in 45 minutes
  • 6.0 GPM of flash chilling
  • Large process-class ethanol capacity
  • Direct refrigerant process chilling
  • HVAC condenser integration
  • PLC/HMI control visibility
Visual transition from consumable cooling to electric industrial chilling

Application Fit

The high-capacity option for large extraction operators.

The BLAST 240/45 is the right direction when the process needs more ethanol capacity, more chilling duty, and a stronger path away from consumable-heavy cooling. It is built for teams planning around higher throughput and more repeatable production schedules.

  • Commercial extraction facilities planning around higher ethanol volume.
  • Teams that need more process capacity than the BLAST 150/45.
  • Facilities replacing consumable-heavy cooling with electric process chilling.
  • Operators who want larger-scale chilling without giving up process visibility and control.

Learning Center

Extraction cooling education before the quote conversation.

Compare chilling methods, reduce LN2 dependency, and plan system fit with practical guides built for extraction operators.

Visit Learning Center