Who is Testing Your Beer?
My name is Jessie Smith. After years of day dreaming, I have started a company with the goal of being able to help as many breweries as possible to improve their beers.
I started my career in the brewing industry as a way to avoid starting a PhD program. I always envisioned myself performing academic research, but after received my Bachelors in Biochemistry at the University of Buffalo, I decided to see what other industries could use my yeast research background.
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This led me to Saint Arnold Brewing Company and Houston, Texas. During my time there, I sharpened my microbiology skills and refined my palate for craft beer. I became a Certified Cicerone and helped to develop Saint Arnold’s sensory program. I was involved in establishing a yeast propagation system using existing equipment at the brewery.
My next endeavor was to move back north and grow the lab for SingleCut Beersmiths. Here I was able to manage the lab and make quality decisions to help improve both SingleCut and contract beers from multiple breweries.
What Are the Benefits of Quality Testing?
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Saves money
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The investment in quality testing leads to cost savings for the brewer in the end
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Increases brand consistency
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Gives you batches that are true to brand and style every time
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Customer retention increases with consistency
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Increases yeast health
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This leads to decreased tank residency time
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Which helps free up tank space
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Prevents underattenuations
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This can prevent costly dumped batches
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Prevents off-flavors
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Makes your beer better and can increase your shelf life
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Why Choose Queen City Quality?
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7 years of experience in the craft beer industry
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Hands on approach and personalized attention for your brewery and beers
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Sample pick ups in the Buffalo area to make your busy brew day a little easier​
- Data analysis and tracking to help identify trends
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​Quality testing with specialized equipment​
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TTB Certified Chemist
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Certified Cicerone
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Expertise in these areas:
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Yeast Health
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Fermentation trends and improvements
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Malt quality
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Common brewery microorganisms and their impact
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Sensory panel training
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Quality Data
An IPA brand comparison where yeast handling changes led to fermentation improvements. This resulted in the brand reaching the target final gravity with higher consistency.
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Green dashed line: target final gravity
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Curve to the right means higher final gravity
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The higher the curve, the greater the consistency
The density of propagated yeast increased from an average of 7.21 million cells/mL to 1.36 billion cells/mL upon process changes. This resulted in less frequent purchasing of yeast starters, greater ease of production planning, and increased consistency in fermentations.