Brewery Profit-Leak Diagnostic
A focused review that identifies where margin is escaping and what to do first.
- Data review and working session
- Loss map and quantified priorities
- Implementation proposal
I help breweries and beverage plants reduce cost per hectolitre, recover yield and launch technically robust products—especially in high-adjunct, NOLO, cider, FAB/RTD and resource-constrained operations.
Start with the smallest paid piece of work that can produce a credible decision. Continue only when the value and next scope are clear.
A focused review that identifies where margin is escaping and what to do first.
Hands-on support for a defined yield, extract, alcohol, energy, raw-material or process-loss problem.
Experienced technical governance without a full-time executive hire.
Fixed-scope delivery for NPD/NOLO, sensory, high-adjunct brewing, enzymes, CIP, microbiology or operator capability.
Technical work should move the operating decision. Every engagement has a named outcome, an evidence plan and a commercial boundary.
Agree the loss, risk, delay or launch decision before doing deep analysis.
Use available data, operators and controlled trials to find a practical answer.
Finish with a decision, quantified priorities and a priced next phase—not an open-ended report.
Craig’s experience spans multinational and independent breweries, consulting, commissioning, sensory science, microbiology, process optimisation, high-adjunct brewing, enzymes, UVC processing and new-product development across beer, cider, FAB/RTD, spirits and alcohol-free concepts.
International work includes assignments across Africa, Europe, Asia and Australia. He is also a CIBD-accredited brewing trainer and co-inventor of the UNISA Waste Beer Recovery process.
Anton Paar’s public customer story describes how Craig uses accurate alcohol, extract, sugar and density measurement to reduce losses and improve production control.
Send a short description of the plant or product issue, the outcome you need and the decision date. Craig will reply with the most sensible first step.