Distillery Equipment Supplier
Many distillers opt to use copper stills. Seasoned distillers say copper helps eliminate any sulfur compounds that form during the wash, making for a cleaner tasting and smelling product.
Manufacturer of standard and custom Distillery equipment supplier including thermal, mechanical vapor compression and circulating flash evaporators. Secondary services such as repair, preventative maintenance and calibration offered. Serves laboratory, medical, automotive, aerospace and metalworking industries.
Evaporators are used in breweries and distilleries to warm wort up to temperatures that allow the yeast to do their work. This process is called fermentation and it is crucial to the success of a beer or spirits product.
Manufacturer of standard & custom stainless steel industrial water evaporators, including falling film, rising film tubular, forced circulation, submerge circulating crystallizer & caustic soda evaporators. Features include automatic float level control, touchscreen HMI & datalogging. Serves beverage, food processing & medical industries.
Commercial Distillery Equipment Supplier
Single stage freshwater generator with one chamber for vacuum distillation. It is designed to convert salt or contaminated feedwater into freshwater. It may be powered by waste heat from other processes or by using surplus energy in the form of steam or electricity. Its low velocity reduces erosion and corrosion. It is an alternative to high-velocity calandria evaporators that require expensive alloy construction with lifecycles of ten or twenty years. It also reduces energy consumption.
Vacuum distillation is an industrial process that operates the distillation column at pressures lower than atmospheric. This allows vapors of substances with high normal boiling points to be efficiently separated from their liquid components without exposing the material to temperatures that can cause thermal decomposition and other undesirable side reactions.
It also allows the distillation of ingredients that would be difficult or impossible to evaporate using conventional techniques. For example, the aromatic oils and flavors of certain fruits and plants could be distilled with vacuum distillation. These would add freshness, fruitiness and floral aromas to a distillate that may otherwise be lacking.
Vacuum distillation can also be used to remove ethanol from beer. This is done to reduce the concentration of diacetyl, which at higher concentrations can contribute to a bitter flavor in beer. Experimentally minded chefs and bartenders are also using this technique to distill the delicate essence of their ingredients. These small, portable devices are called rotary evaporators and can handle only a few quarts at a time, but they are revolutionizing the craft world.
While filtration equipment isn’t exactly “sexy”, it does play an important role in your final product. It’s the final step to removing any particulates that can cause cloudy or hazy spirits, while also preserving the quality components that contribute to flavor, color, and mouthfeel.
Distillers will often use carbon filters to remove color and to help with aeration during the bottling process. They are available in a variety of pore sizes and surface area types to meet specific application requirements.
Membrane filters are another option for reducing particulate and colloidal haze on small batches. While they don’t have as much depth capacity as traditional filter media, membranes are high precision filters that can withstand many pressure spikes during a run without losing their integrity.
Water is a key ingredient in the distilling process, but it can vary significantly in temperature and mineral composition depending on where it’s from. Some distilleries may choose to invest in a water treatment plant or UV sterilization system to ensure that the potable water they use meets all health and environmental regulations.
Laboratory glassware includes a wide range of equipment used in scientific experimentation. It’s typically made from borosilicate glass, which is able to withstand high temperatures and resist chemical reactions. It also has the added benefit of being a malleable material, which allows it to be blown into new designs and shapes.
Laboratory glassware can be purchased in a full set or individually. Some common lab apparatus include graduated cylinders, refracting ware, titration flasks and micropipettes. The latter are used for transferring precise quantities of liquids.
Although laboratory glassware is sturdy, it can still be damaged over time. For this reason, it’s important to have it repaired by a professional. Commercial glass blowers can repair broken lab glassware at a fraction of the cost of buying new pieces. They can also repair glassware used for distilling and other industrial applications. For example, a glassware maker could fix a broken mash tun that would otherwise need to be replaced.