Food and Bevereage

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Large Scale Storage

Brite Beer Tank

Brite Beer Tank

The Brite Beer Tank (BBT)—also known as a bright tank, serving vessel, or maturation tank—is a pressure-rated stainless steel vessel engineered for the final, most critical stages of production. Once fermentation is complete in the CCV, the beer is transferred to the BBT to be matured, clarified, and carbonated to perfection.

Designed to withstand pressures up to 2.5 bar and operating within a temperature range of -5°C to +30°C, this tank is built for the high-speed turnover required in a commercial cellar. The BBT’s specialized dished bottom allows for a near 100% yield, ensuring you can draw crystal-clear beer down to the very last drop, making your packaging and tax calculations simple and precise.

  • 2.5 Bar Pressure Rating: Built for safe, high-pressure force carbonation and rapid counter-pressure transfers.

  • Rapid Clarification: The dished bottom collects residual yeast and proteins, clearing the beer in a fraction of the time required in a fermenter.

  • Vertical Dimpled Jacket: High-efficiency cooling that maintains optimal serving and carbonation temperatures, even when the tank is partially empty.

  • Maximized Yield: Engineered to recover almost the entire volume of the tank, eliminating the “beer loss” typically found in conical cones.

Tank Options

• Operating Pressure – 2.5 bar
• Operating Temperature (min)-5°C/(max)30°C
• Pressure Gauge
• Insulation – Polyurethane foam layer (60 mm)
• Manway Door – PED Oval
• Legs – Adjustable height and tilt
• Cooling Jacket on Coat
• Cooling Jacket on Conical Bottom
• Thermometer (analog)
• Thermowell (with PG9 fitting)
• Sample Tap – Butterfly valve (DN15 DIN)
• Partial Discharge – Butterfly valve (DN40 DIN)
• Total Discharge – Butterfly valve (DN40 DIN)
• Safety valve
• Vacuum valve
• Type Plate – With note card
• Ladder rack – Coat height 1500 mm onwards
• Welds
• Outside – Brushed finish
• Inside – Brushed and polished (Ra<0.8 µm)

• different type of doors, on top or coat of tank (PED)
• thicker cladding
• working pressure 0-3 bar
• fitting for carbonation
• PT probe well
• PT100 probe
• thermoregulator with temperature control• electromotor valves
• el. box
• cooling piping system with solenoid or
• level indicator, scaled, closed, connected
to CIP pipe
• caps for valves and fittings
• valves (ball/ butterfly), Clamp, SMS
• circle polished coat, outside
• bright polished inside
• Other additional equipment available per customer request

Type Working volume Total volume Ø (mm) H (mm) H1 (mm) H2 (mm) D (mm)
ZBB500A9500 lit614 lit8001.7401.0004001.790
ZBB1000A111.000 lit1.265 lit9572.3701.5005002.351
ZBB1500A121.500 lit1.760 lit1.1162.4501.5005502.455
ZBB2000A142.000 lit2.350 lit1.2752.7331.5006002.740
ZBB3000A153.000 lit3.650 lit1.4003.0642.0006003.056
ZBB4000A174.000 lit4.865 lit1.6003.2002.0007003.200
ZBB5000A195.000 lit5.913 lit1.7503.2302.0007003.245
ZBB6000A196.000 lit7.100 lit3.7302.5007003.740
ZBB8000A208.000 lit9.300 lit1.9114.1252.7508004.090
ZBB10000A2210.000 lit11.900 lit2.0714.5003.0009004.460
ZBB12000A2312.000 lit13.550 lit2.2004.6203.0009004.560
ZBB16000A2316.000 lit19.200 lit6.1204.5009506.020

Other tank sizes available per client request

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Frequently Asked Questions

What exactly is a Brite Tank?

A brite tank is a vessel used for the maturation, clarification, and carbonation of beer. It gets its name from the clear, “bright” beer that results from its usage. It is usually equipped with a carbonation system (such as a carb stone) designed to significantly cut down carbonation times. Most brewers also use the bright beer tank as a serving vessel and for general storage.

The required number of bright beer tanks varies depending on the duration of your fermentation process and the volume of the tanks involved. Typically, professional breweries have one brite tank for every four or five fermentation vessels (CCVs).

While typical fermentation vessels would take around two weeks to achieve natural carbonation, a brite tank takes around a day or two to clarify and carbonate. The exact duration depends on the desired CO2 volume; commercial breweries speed this up significantly through force carbonation.

Commercial breweries use a process known as burst carbing to hit deadlines. This involves setting the carbonation system to very high pressures until the desired carb limit is reached. Once the beer is carbonated, the pressure is lowered to a reasonable level (the “equilibrium” pressure) for serving or packaging.

The PSI depends on your target CO2 volume and how quickly you need the beer ready. Because Letina Brite Tanks are built to withstand high pressures, many breweries use this to their advantage by setting the input pressure up to 40 PSI for rapid absorption. Once the desired CO2 volume is achieved, the pressure is turned down to approximately 10–13 PSI for serving purposes.

In a BBT, you aren’t trying to grow or harvest yeast—you’re trying to package beer. The dished bottom provides a stable base for the beer to sit on a very thin layer of sediment without the “yeast plug” issues of a cone. This geometry allows the racking arm to pull clear liquid from the very bottom of the tank, ensuring you don’t waste a single liter of finished product.