Microbrewery equipment lauter tun introduction
- Aug 14, 2021
- 184
- tiantai
For most microbrewery, nanobrewery, Lauter tun is one very important brewery equipment. It affect the brewing efficiency a lot. Lauter Tun is a vessel for separating the wort from the solids of the mash. See grant, lautering, mashing, and sparging. A lauter tun works much like a large sieve. It normally has a slotted, perforated floor, also called a false bottom, which holds the spent milled grains, while allowing the wort to filter through the grain bed and collect in the space beneath; the wort then runs to the brew kettle. Lauter tun cost is much higher than other brewhouse vessels like mash tun, kettle and whirlpool tun. Its structure is much complicated.
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Mashing occurs in a separate mash mixer, in which case the mash must be transferred by a pump to the lauter tun. The mash is usually pumped in from the bottom or side of the vessel to avoid excessive aeration of the mash. See hot-side aeration, oxidation, and staling. At the beginning of the run-off, the wort is usually recirculated through the grain bed as a filter mass, until the run-off appears clear through a sight glass in the recirculation plumbing. See vorlauf. Unless sized for brewpubs or very small microbreweries, most lauter tuns are fit with motorized rakes that cut through the grain bed to give it greater filterability.
Other brewhouses may have a setup in which a single vessel serves as both the mash and the lauter unit, thus eliminating the need to pump the mash. These systems remain common in the UK for performing single temperature infusion mashes. Such mash tuns, like lauter tuns, are fitted with false bottoms. The advantages of a combination mash/lauter tun are less up-front equipment cost and a smaller footprint in the brewhouse. The advantage of two separate vessels for mashing and lautering is that the mash tun can be filled again with a new batch while the previous batch is still running off into the kettle. Thus, a separate lauter tun allows a brewery to produce more brews per day than would otherwise be possible.
We could provide you suitable lauter tun for your brewery equipment from your wort gravity consideration. Feel free to contact us for getting your brewery equipment.
Mashing occurs in a separate mash mixer, in which case the mash must be transferred by a pump to the lauter tun. The mash is usually pumped in from the bottom or side of the vessel to avoid excessive aeration of the mash. See hot-side aeration, oxidation, and staling. At the beginning of the run-off, the wort is usually recirculated through the grain bed as a filter mass, until the run-off appears clear through a sight glass in the recirculation plumbing. See vorlauf. Unless sized for brewpubs or very small microbreweries, most lauter tuns are fit with motorized rakes that cut through the grain bed to give it greater filterability.
Other brewhouses may have a setup in which a single vessel serves as both the mash and the lauter unit, thus eliminating the need to pump the mash. These systems remain common in the UK for performing single temperature infusion mashes. Such mash tuns, like lauter tuns, are fitted with false bottoms. The advantages of a combination mash/lauter tun are less up-front equipment cost and a smaller footprint in the brewhouse. The advantage of two separate vessels for mashing and lautering is that the mash tun can be filled again with a new batch while the previous batch is still running off into the kettle. Thus, a separate lauter tun allows a brewery to produce more brews per day than would otherwise be possible.
We could provide you suitable lauter tun for your brewery equipment from your wort gravity consideration. Feel free to contact us for getting your brewery equipment.
