跳至主要内容

what is a lauter tun?

Behind every pint of delicious, frothy beer lies a complex and precise brewing process. While many beer enthusiasts are familiar with the primary ingredients - water, malt, hops, and yeast - several crucial steps transform these raw materials into the beloved beverage we all enjoy. One such step in the brewing process is the use of a Lauter Tun. In this blog, we will delve into what a Lauter Tun is, its role in beer brewing, and its work principle in producing high-quality brews.


What is a lauter tun?

The Lauter Tun is typically a large, cylindrical vessel made from stainless steel or other food-grade materials. The vessel is equipped with a wedge wire false bottom or a slotted plate, which serves as a filter bed to support the spent grains while allowing the liquid wort to pass through.


In the world of brewing, a Lauter Tun is an essential vessel used primarily during the mashing process, which extracts fermentable sugars from the malted grains. It is a specialized vessel designed to separate the sugary liquid, known as wort, from the solid remnants of the malted grains known as "spent grains" or "mash." This process is a crucial step in the beer brewing process, as it determines the flavor, color, and body of the final product.



How does a mash lauter tun work?

1. Mashing: During the mashing process, hot water is mixed with crushed malted grains in a separate vessel called the Mash Tun. This mixture creates a porridge-like substance known as "mash," which contains fermentable sugars, proteins, and other soluble compounds.

2. Transferring to the Lauter Tun: Once the mashing process is complete, the mash is transferred to the Lauter Tun. The stainless steel false bottom in the Lauter Tun acts as a sieve, providing a solid surface to support the grain bed while allowing liquid to pass through.

3. Lautering: The next step is known as "lautering." During this process, hot water, known as "sparge water," is gently sprayed over the top of the grain bed. The sparge water trickles down through the grain bed, rinsing out the remaining sugars and soluble compounds in the process.

4. Wort Collection: As the sparge water passes through the grain bed, it combines with the sugars and soluble compounds, forming the sweet liquid known as "wort." The wort flows through the false bottom and is collected in a vessel below the Lauter Tun, ready for the next stage of the brewing process, which is boiling and adding hops.

5. Spent Grain Removal: Once the wort has been collected, the remaining solid grains, now devoid of most sugars and soluble components, are removed from the Lauter Tun. These spent grains can be repurposed as animal feed or for other uses.


The Lauter Tun is an indispensable tool in the beer brewing process. Separating the sugary wort from the solid remnants of the malted grains plays a pivotal role in shaping the flavor, color, and body of the final beer product. The use of a Lauter Tun ensures efficient sugar extraction, clarifies the wort, and contributes to the beer's overall flavor profile and consistency. 

Email: sales@ubowedgewire.com


Related Reading

welded wedge wire mash tun for brewing

wedge wire false bottom for mash tun



评论

此博客中的热门博文

Automatic Self-Cleaning Filter Guide - YUBO

The Ultimate Automatic Self-Cleaning Filter Guide: Enhancing Filtration Efficiency In today's industrial landscape, there is a growing demand for efficient and reliable self-cleaning filters. These filters, also known as industrial self-cleaning filters, automatic self-cleaning filters, or auto-type strainers , are extensively utilized in industrial filtration systems. They serve a crucial role in improving filtration efficiency. In this blog, we provide you with a comprehensive exploration of self-cleaning filters, presenting the ultimate guide to automatic self-cleaning filters. ▪ How does a self-cleaning filter work A self-cleaning filter operates by utilizing various mechanisms to remove accumulated debris and contaminants from the filter media, ensuring uninterrupted filtration and maintaining optimal performance. The main filtering processes include the Filtration Phase, The build-up of Debris, Cleaning Initiation, Backwash or Cleaning Cycle, Debris Discharge, and Resumption...

Wedge Wire Basket Filter: Benefits and Applications

Wedge Wire Basket Filter: Benefits and Applications Filtration is essential in various industries to remove impurities and particles from liquids and gases. One of the most influential and versatile filtration solutions is the Wedge Wire Basket Filter. This innovative filter design offers numerous benefits and finds applications across various industries. In this blog, we will explore the advantages of the Wedge Wire Basket Filter and its diverse applications. Learn about wedge wire basket screen filters  Wedge wire basket filters also known as wedge wire slot screen baskets or wedge wire baskets are a type of filtration device used to remove impurities and particles from liquids and gases. It is designed with a cylindrical shape and is made from stainless steel wire that is wrapped around support rods, forming precise and continuous wedge-shaped slots. This design allows the filter to offer exceptional mechanical strength, increased open area for efficient flow, and superior resi...

Water Pump Intake Screen/wedge wire intake screen

Water Pump Intake Screen ( Wedge Wire Intake Screen/Passive Intake Screen ) - Effectively Removes Debris to Prevent Pump Damage In this article, YUBO has compiled some guidelines about the water pump intake screens, please click to view. What is a Water Pump Intake Screen?                                                                              A water pump intake screen is a device that is installed at the intake of a water pump to prevent debris, such as leaves, sticks, and other large particles, from entering the pump and causing damage. The screen is typically made of a fine mesh material that allows water to flow through while blocking larger objects. It is important to regularly clean and maintain the intake screen to ensure proper water flow and prevent clogging. Why do we use a water...