Whiskey House of Kentucky reposted this
At Whiskey House of Kentucky, we’ve built one of the most sophisticated labs in the distilled spirits industry. Led by Justin Dixon, Senior Manager, Food Safety Quality Assurance, and Alexandra Martin, Senior TTB Certified Chemist, the lab plays a critical role in not only assuring we produce the highest-quality, differentiated whiskey for our exclusive customers, but it’s also responsible for driving innovation and experimentation. Whiskey House will be the first distillery in the world to pursue seven ISO certifications, including 9001, 14001, 45001, FSSC 22000, 27001, and BRC certifications. We already achieved NSF Kosher certification prior to start-up. In addition, the lab was designed for our customers to be able to work side-by-side with us and includes three full sensory tasting booths, with dedicated HVAC systems, RO water sinks, red light to mask liquid color, that allow us to complete unbiased sensory analysis of distillate and aged whiskey. We’ve implemented some of the most advanced laboratory equipment available in the distilling industry. This includes the latest GC (Gas Chromatography) and HPLC (High-Performance Liquid Chromatography) equipment to test for TTB congeners, geosmin, ethyl carbamate, ethanol content, sugar levels, and yeast cell count. Our setup leverages the Gerstel system for parts-per-billion sensitivity in detecting ethyl carbamate, incorporating both SPME (Solid Phase Microextraction) and Twister capabilities, which are up to 1000 times more sensitive than traditional SPME. This system enables the simultaneous extraction of multiple samples, ensuring high productivity with minimal labor. Additionally, we offer comprehensive testing capabilities such as: - Free amino nitrogen analysis - Yeast cell vitality assessment - Carbohydrate profiling - Chlorine detection - Full digital data structure integrity through our custom-developed system We've recently commissioned our LECO nitrogen analyzer, which determines the nitrogen content in grain samples for each mash bill. This allows us to link nitrogen levels directly to yield and sensory attributes. Our goal is to explore how far we can push the boundaries for the maximum amount of alcohol produced in each fermenter. With our sophisticated real-time data collection and the use of AI, we plan to conduct many experiments that may change the way we think about distilling.