BLAST Product Line

BLAST 150/45 Ethanol Chiller

Flash-chill 150 gallons of ethanol to -40C in 45 minutes, with 3.33 GPM of flash chilling for commercial extraction workflows.

150gallons

process-class ethanol chilling capacity

45minutes

from room temperature toward -40C

3.33GPM

of flash chilling performance

Production Fit

Mid-scale capacity with a real extraction workflow behind it.

The BLAST 150/45 is a practical step up for operators who need stronger production capacity, faster chilling recovery, and a system sized for commercial extraction growth.

Mid-scale production capacity

The BLAST 150/45 is built for labs that have outgrown compact chilling capacity but do not need the full 240-gallon process class yet.

Fast pull-down for real scheduling

Flash-chill 150 gallons of ethanol to -40C in 45 minutes so operators can plan production around a predictable chilling window.

Direct refrigerant architecture

Electric direct refrigerant chilling helps reduce dependence on LN2 and dry ice consumables while keeping the process easier to control.

PLC/HMI visibility

Control visibility, compressor protection logic, and operator feedback help the system feel like production equipment instead of a workaround.

System Overview

BLAST 150/45 performance, controls, and workflow fit.

Scan the system by what matters in production: pull-down speed, repeatability, controls, and operating cost.

BLAST 150/45 purple performance graphic showing 150 gallons to -40C in 45 minutes

Performance Profile

150 gallons to -40C in 45 minutes.

The BLAST 150/45 sits in the middle of the BLAST lineup: more capacity than the compact 60/45, with a production footprint designed for growing extraction schedules.

Industrial ethanol chilling system in a clean production facility

System Architecture

Built around direct refrigerant chilling.

The system is planned around process chilling, refrigeration, controls, and service access so the equipment can support day-to-day extraction work.

Cold ethanol extraction workflow visual

Workflow Fit

A better fit for repeat-cycle extraction.

Fast re-chill performance supports extract, return, re-chill, and repeat workflows where each gallon of ethanol needs to carry more value.

Visual transition from consumable cooling to electric industrial chilling

Operating Model

Less consumable drag, more process control.

Replacing consumable-heavy chilling with electric process equipment helps operators reduce supply-chain friction and improve production confidence.

Extraction Workflow

Built for the extract, re-chill, and repeat operating rhythm.

BLAST 150/45 ethanol chilling performance graphic
Chill

Bring 150 gallons of ethanol down to extraction-ready low temperature with a defined 45-minute performance target.

Extract

Use cold ethanol in the extraction process while protecting product quality and operating consistency.

Re-chill

Return the ethanol to the chiller, recover temperature, and prepare it for the next pass through fresh biomass.

Highlights

Spec points buyers can scan fast.

  • 150 gallons to -40C in 45 minutes
  • 3.33 GPM of flash chilling
  • Direct refrigerant process chilling
  • HVAC condenser integration
  • PLC/HMI control visibility
  • Designed for commercial extraction schedules
Visual transition from consumable cooling to electric industrial chilling

Application Fit

A strong middle option for growing extraction labs.

The BLAST 150/45 gives operators a production-class chilling target without jumping straight to the largest process class. It is meant for teams that need stronger batch support, better temperature recovery, and a clearer path away from consumable-heavy chilling.

  • Extraction labs moving beyond pilot-scale chilling capacity.
  • Teams that need more capacity than the BLAST 60/45 but are not ready for the 240-gallon class.
  • Operators replacing LN2 or dry ice workflows with electric process chilling.
  • Facilities that want a clearer path to repeatable re-chill and re-extract workflows.

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