B2B Equipment Distribution

Industrial Fluid Dynamics & Pasteurization Systems

Compliance-ready hardware for Canadian breweries and beverage producers under the Excise Act.
Stainless steel industrial heat exchanger in a brewery
Certified for Excise Act compliance — 316L stainless, CIP-ready, ASME-rated.

Trusted by Canadian Breweries

Our pasteurization and fluid dynamics systems are used by commercial producers from Halifax to Vancouver. Here is what operators say about compliance, throughput, and daily reliability.

⭐ 4.9 / 5.0 Excise Act Compliance

“The plate heat exchanger passed our Excise Act audit on the first inspection. The data logging and CIP validation gave the inspector everything he needed. No surprises.”

🏭 140+ Installations Industrial Throughput

“We run 60 hl batches through the rotary drum filter every shift. The knife advance is consistent, and oxygen pickup stays below 20 ppb. Haze is gone.”

🔧 98% Uptime Automated CIP Reliability

“The CIP skid handles eight circuits without a single missed cycle in six months. Conductivity monitoring caught a caustic concentration drift before it became a problem.”

📋 3-A & ASME Certified Sanitary Design

“Every tri-clamp connection and gasket on the system meets 3-A standards. Our HACCP plan references the Modbus logs directly. That saved us a full day of manual paperwork.”

📞 24/7 Support On-Site Commissioning

“The commissioning team spent three days on site training our operators. They adjusted the PLC sequences for our specific tank layout. No remote handoff.”

Frequently Asked Questions

Common questions about our fluid dynamics systems, pasteurization hardware, and Excise Act compliance for Canadian breweries.

What is the difference between a plate heat exchanger and a shell-and-tube for pasteurization?

Plate heat exchangers offer higher thermal efficiency in a compact footprint, making them ideal for continuous-flow pasteurization of beer and cider. Shell-and-tube units are better suited for high-viscosity fluids or applications with significant particulate content. For most commercial breweries, a plate exchanger provides faster heat-up and cool-down cycles, reducing energy consumption per batch.

How do I ensure my CIP skid meets Excise Act requirements for traceability?

Your CIP system should include flow meters, temperature sensors, and conductivity monitoring on each circuit, with data logging via Modbus or similar protocol. The Excise Act requires documented proof that cleaning cycles achieve specified time, temperature, and chemical concentration targets. Our Automated CIP Skid System includes PLC-controlled sequencing that records every cycle parameter for audit readiness.

What flow rate range does the rotary drum filtration unit support?

The Rotary Drum Filtration Unit operates from 10 to 80 hectoliters per hour, depending on the pre-coat thickness and product viscosity. The automatic knife advance maintains consistent cake depth, so you get predictable clarity without frequent operator intervention. For smaller batches, the unit can run at reduced speed with minimal product loss.

Do you provide installation support for Canadian breweries?

Yes, we offer on-site commissioning and training for all equipment sold in Canada. Our technicians are familiar with provincial liquor authority requirements and can help you integrate the hardware into your existing layout. We also provide remote troubleshooting via video call for routine adjustments.

What gasket materials are used in your heat exchangers?

All our plate heat exchangers use EPDM gaskets as standard, rated for continuous service up to 140°C and compatible with caustic and acid cleaning cycles. For applications involving aggressive chemicals or higher temperatures, we can supply FKM (Viton) gaskets on request. Gasket life under normal CIP conditions is approximately five years.

Contact our team for a detailed quote →

Visual highlights from recent installations

System overviews and field shots

Plate heat exchanger installed in a brewery
Plate heat exchanger

Industrial Plate Heat Exchanger

ASME-certified 316L plates rated for 150 psi and 140°C. Modular frame supports up to 60 plates for continuous-flow pasteurization.

CIP skid with control panel and tanks
CIP skid system

Automated CIP Skid System

PLC-controlled 3-tank configuration with conductivity monitoring. Supports 8 independent circuits and Modbus data logging for Excise Act audits.

Rotary drum filter in a cold room
Rotary drum filter

Rotary Drum Filtration Unit

Pre-coated diatomaceous earth bed on a rotating drum achieves sub-micron clarity. Closed-loop design keeps oxygen pickup below 20 ppb.

Sanitary tri-clamp connections on a stainless steel pipe
Sanitary connections

Tri-clamp fittings and gaskets

All wetted parts use 304L stainless steel with FDA-approved EPDM gaskets. Designed for CIP cycles and 3-A sanitary standards.

Control room with PLC and HMI panels
Control system

PLC and HMI integration

Programmable wash cycles with flow meters and temperature sensors. Data logging via Modbus enables traceability for HACCP plans.

Brewing tanks with pasteurization lines
Pasteurization line

Continuous-flow pasteurization

Factory-tested to withstand 150 psi and 140°C. Meets Excise Act requirements for commercial breweries producing beer, cider, and kombucha.

Why commercial breweries trust our hardware

Built for Excise Act compliance and continuous production

Every unit is factory-tested to 150 psi and 140°C. We ship with ASME certification and a 5-year gasket warranty. No third-party revalidation needed.
  • Thermal validation out of the box Plate heat exchangers arrive with stamped thermal curves and pressure logs. Excise auditors accept the documentation without site re-testing.
  • CIP cycles that log every step Automated skids record flow rate, temperature, and conductivity per circuit. Modbus export matches HACCP plan requirements for multi-tank operations.
  • Cold-side oxygen stays below 20 ppb Rotary drum filtration uses a closed-loop design with automatic knife advance. Hop aroma and flavor stability are preserved without nitrogen sparging.
  • Gasket life exceeds five years under caustic wash EPDM gaskets on the plate packs survive daily CIP cycles. Replacement intervals are predictable, not reactive.
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