Burnley Brewing

Burnley Brewing faced a challenge common to growing craft breweries: manual brewing processes that worked at small scale became liabilities as production ambitions expanded. In food and beverage manufacturing, batch consistency is non-negotiable — flavor profiles, fermentation timing, and ingredient ratios must be reproduced reliably across every run. Without automated controls, operators depended on manual monitoring and intervention at critical process steps, introducing variability that became harder to manage as throughput demands grew. Each deviation risked product quality and brand reputation, while the lack of process data made it difficult to diagnose root causes or optimize recipes. The status quo constrained both output capacity and the brewery's ability to enter new markets confidently.

Burnley Brewing partnered with Rockwell Automation to implement an industrial control solution purpose-built for craft beverage production. The deployment centered on Rockwell's Allen-Bradley programmable controllers and associated process automation hardware, which replaced manual control points across key brewing stages — including mash temperature management, wort transfer, fermentation monitoring, and packaging line control. Rockwell Automation's role extended beyond hardware supply; their integration expertise ensured the control architecture mapped to the brewery's existing vessel layout and production sequences. Operator interfaces gave brewing staff real-time visibility into process parameters, allowing them to monitor and adjust without deep automation expertise. The solution was designed to scale with the brewery's growth rather than require a full system replacement as volumes increased.

The automation implementation delivered measurable improvements in two areas Burnley Brewing identified as critical: production consistency and scalability. Batch-to-batch variability in key process parameters was reduced through automated control loops that maintain conditions within tighter tolerances than manual operation could achieve. Brewers reported confidence in recipe repeatability across different operators and shifts — a key requirement for maintaining brand standards. On the capacity side, the automated system reduced the manual intervention burden per batch, freeing staff to manage higher throughput without proportional headcount increases. Qualitatively, the brewery gained a foundation of process data that supports ongoing recipe development and quality troubleshooting.

• Start with process mapping before automation: Craft breweries benefit most when control systems are built around documented, validated process sequences — not improvised workflows.
• Operator buy-in is as important as hardware selection: Automation that simplifies rather than complicates operator tasks sees faster adoption and fewer workaround behaviors.
• Scalability should be a design requirement, not an afterthought: Selecting a control platform with headroom for additional vessels or production lines avoids costly re-engineering as the business grows.
• Data capture is a secondary win: Even basic process historians create a record that supports quality audits, regulatory compliance, and recipe optimization over time.
• Vendor expertise in the target industry matters: Food and beverage processes have sanitation and CIP requirements that general industrial automation experience may underserve.