Fermentation tanks [3 pcs.]

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Year of construction: 1991, condition: used, 2 vessel brewhouse, copper cladded (knock-out wort 13 hl). Both brewing vessels are constructed from stainless steel with copper cladding. The wort kettle is equipped with electrical heating mats. Alternatively the kettle could be retrofitted for heating via steam, which would be possible with relatively low additional investment. Additional title: 13 hl knock-out wort Capacity: 13 hl/brew Ksdsxbn R Dopfx Ah Nedg Duration per brew approx.: 8 h Power: approx. 34 kW (heating mats) Material: stainless steel, copper cladded Features: 1 mash-/lauter-tun, 1 wort kettle with hop strainer (electric heating, heating zones: 2 x frame, 1 x bottom), both vessels with temperature display, 2 Hilge pumps (type: Durietta I-200-5/0,25/4, (Q: 2 - 3 m³/h, H: 5.0 m)

Condition: new, Year of construction: 2023, New cast epoxy resin dry distribution 3 phase transformer manufactured by SEA Italy, 800kVA, 6000 ( ± 2 x 2,5 %) /400V; Dyn1, IP00, year of production 2023, ecodesign 2, project documentation and rutine protocol, manuals, unpacked. Kedondn Hrjpfx Ah Nsdg

Condition: used, Effluent plant for waste water treatment. Includes: - Mixing and equalisation tanks 1, 140 m3 - Mixing and equalisation tanks 2, 40 m3 - Mixing and equalisation tanks 3, 80 m3 - Bioreactor 1, 240 m3 - Bioreactor 2, 240 m3 - 2 air compressors for aeration in the reactors - Secondary sedimentation tank 1, 100 m3 - Secondary sedimentation tank 2, 100 m3 - Thin sludge tank, 70 m3 - Thick sludge tank, 90 m3 - Sludge dewatering 1 and 2 - Precipitant tank, 25 m3 - Various process water pumps Bioreactor capacity 2 x: 240 m3 Operation / Control: Siemens Simatic S7 Kdsdjvcql Ropfx Ah Neg Features: Mixing and equalisation tank 1, 2 & 3; Pumping station 1 - inlet bioreactor; pumping station 2 - inlet bioreactor; bioreactor 1; bioreactor 2; pumping station - outlet bioreactors; 2 x air compressor; Precipitant tank; filling unit; 2 x flocculent mixing station; secondary sedimentation tank 1 & 2; mixing tank; thin sludge tank; 2 x sludge dewatering; thick sludge tank

Condition: used, Year of construction: 2015, Overview The Zalkin screw capper top is made of stainless steel and has 22 capping heads. The running direction is from left to right (clockwise). It comes with an electronic height adjustment. 28 mm aluminum closures have been processed. The maximum output is 36,000 bottles per hour. Tech Specs: Pitch circle diameter 731.11 mm Number of closing elements 22 Pitch 104,4mm Running direction left-right (clockwise) Material: SST Electronic height adjustment Closures: 28mm aluminum closures Accesories: Six new closing elements Closure sorting unit Spare parts lists and technical documentation Kodpfxol Hxzks Ah Njdg

Year of construction: 1958, condition: used, Copper 4-vessel brewhouse for a production of approx. 100 hl / brew consisting of mash kettle, mash tun, lauter tun and wort kettle as well as a whirlpool. The brewhouse was rebuilt and modernized several times in the years 199 Additional title: 1958-2001 Capacity: 100 hl/batch Features: mash tun (copper), mash kettle (stainless steel, 1977), lauter tun (copper, false bottom made of stainless steel), wort kettle (stainless steel and copper cladded) with inner cooker (modification 1999), vapor condenser (Nerb, 2001), wort cooling heat exchanger, Schmidt-Bretten, type Sigma37H Kdjdpfx Aovcqp Njh Nog Periphery: spindle station, wort pumps, cast wort pumps, warm water storage, CIP (for wort kettle), 2 tuns (caustic and acid) every with 20 hl. incl. cleaning pumps), y.o.c.: 1989

Year of construction: 1988, condition: used, Cylindro-conical 965 hl fermentation and storage tank. - coolable, 1 x cone cooling jacket, 3 x side wall cooling jacket - swivel cone - stainless steel - insulated - short supporting skirt - deaeration and cleaning combination with safety valve - vacuum valve 12 tanks, also available individually or in partial quantities. Additional title: Outdoor tanks for storing fluids; years of manufacture 1988-1991 Capacity: 96450 l Operating pressure: 2 bar Kodpfx Aevcqnljh Nsdg Length: approx. 12400 mm Width: approx. 3950 mm Height: approx. 3950 mm Weight: 6220 kg Material: Stainless steel 1.4301 Position: vertical Base construction: short supporting skirt Features: 12 tanks; Cooling: 1 x cone cooling jacket, 3 x side wall cooling jacket; swivel cone; insulation; dearation and cleaning combination; safety valve; vacuum valve; temperature measurement

Condition: used, Year of construction: 2001, PET filling line from KHS Additional title: with palletising and depalletising Performance at 1 liter: 24000 bottles/h Kjdpfjvu Tufjx Ah Nedg Formats: 0,5 L and 1 L bottles Features: Depalletizer, Air transport, Rinser, Filler incl. height control, Mixer, Packing, Crate washer, Palletizer

Condition: used, Year of construction: 2016, Overview  This Braucraft Mexicana brewing system has three tanks with a capacity of 3,000 liters: mash tank, lauter tank and kettle/whirlpool tank. The system was designed for continuous operation and enables double brewing per day. It is currently stored professionally and can be viewed by appointment. Operation is via steam. Technical details  Wort capacity: 3,000 liters Tanks: Mash Lauter Boiler/whirlpool Additional tanks: HLT (Hot Liquor Tank): 6,000 liters usable capacity, steam-heated CLT (Cold Liquor Tank): 6,000 liters, laser-welded cooling jacket Pumps: 5 transfer pumps for HLT, CLT and brewing system operations Heat exchange: 1-stage plate heat exchanger (Thermowave) Control: Analog control panel with Frequency converter for brewing system pump Frequency inverter for HVAC and CLT pumps Temperature measurement and control for HLT, boiler/whirlpool, mash and lauter Scope of delivery Platform Grain silo and grain hydrator 3 hp geared motors with built-in agitators and plows Mixing manifold and 1.5” jacket-insulated sanitary pipes with valves Kdjdpfx Ajvt Srgjh Njg

Year of construction: 2022, condition: new, BRAND NEW, 10 HL PSS completely full-automatic Brewhouse. This machine was purchased in 2022 but due to planning permission problems it was never installed. Therefore we are selling it for a good price. • A complete and fully automatic 3 vessel brewhouse. • Maischtun / Kettle net. 10 hl, total volume 21 hl, for 350 kg Malt (max 22 plato beers) heating by steam with agitator, with vapor condenser Kodpfov R Ekdex Ah Nsdg • Lautertun net. 15 hl, total volume 29 hl diameter 1600 mm, insulated with nobasil wool 75 mm. (wider for strong beers) • Whirlpool net. 10 hl, total volume 20,6 hl, Insulation with Nobasil wool 75 mm. • Maltmill Brewhouse inline configuration with stainless steel platform Utilities: • Hot water tank 24 hl, heating with steam • Cold water tank 14 hl • Electric Steam generator 150 kg/h • Compressor station • 5x Cylindric Conical fermenters for net. 10 hl at 3 bar with glycol cooling jacket and completely insulated. With dryhop port. • 4x Cylindric Conical fermenters for net. 20 hl at 3 bar with glycol cooling jacket and fully insulated. With dryhop port. • Dry hopping hopper • 3x lying down tapping tanks for net. 5 hl, for inliners, with glycol colling jacket and fully insulated. • 3x lying down tapping tanks for net. 10 hl, for inliners, with glycol colling jacket and fully insulated. • Control panel for fermenters and Tappingtanks • Mobile CIP unit with 2 vessels of 200 liter. 1 vessel with electric heating (2x 7,5 kW) complete with pump and valves • Mobile pump 2,2 kW • Semi-automatic Keg machine for 12 kegs a hour, complete with cleaning program for cleaning and sterilization with steam. All drawings, documentation, etc. available. Currently the whole brewery is stored as shown below in the vicinity of Nijmegen, Netherlands. For more detailed / technical information, please email Constant Keinemans, see below.

Condition: used, Year of construction: 2012, Used Filling Monoblock CEM 6-6-1 for fermented beer 1000 bph The Used Filling Monoblock CEM 6-6-1 for fermented beer 1000 bph, built in 2012, has an operational system for filling fermented beverages and still wine. Consequently, this machine produces 1000 bottles per hour and maintains high-quality standards through rigorous maintenance and a robust component design. Introduction to the Filling Monoblock The filling monoblock for beer 1000bph integrates three main subsystems to create a continuous, streamlined workflow for washing, filling, and capping operations. Notably, the machine rotates in a clockwise direction, and therefore, this feature positively influences internal flow dynamics and process synchronization. In addition, the filling monoblock 1000bph supports efficient production and minimizes cycle times. General System Specifications of the Used Filling Monoblock CEM 6-6-1 for fermented beer 1000 bph The monoblock processes specific bottle formats with high efficiency. Specifically, it handles longneck bottles with a capacity of 0.33 L and Belgian bottles with a capacity of 0.75 L. Moreover, engineers incorporated 6 dummy bottles for circuit sanitization to ensure strict adherence to hygienic standards. Furthermore, the integrated operation of washing, filling, and capping within a single module enables the machine to achieve the output of 1000 bottles per hour. As a result, production remains highly streamlined and cost-effective. The Rinsing Unit The rinsing unit of the Filling monoblock for beer initiates the filling monoblock process and equips itself with 6 grippers to handle each bottle. First, it executes a single treatment cycle for each bottle, and then it cleans every bottle meticulously before the filling process begins. This method upholds high hygienic and quality standards. Additionally, the rinsing unit prevents contamination and promotes reliability in subsequent processes. Technical Aspects of the Rinsing Unit Gripper Configuration: The unit employs 6 grippers that handle each bottle precisely and in a controlled manner. Kdedpfevvl Tisx Ah Neg Single Treatment Cycle: The system cleans each bottle individually, which significantly enhances cleaning efficiency and process reliability. Consequently, it improves overall production quality. The Filling System The filling phase uses a configuration with 6 valves evenly distributed along the monoblock, and it applies a gravity filling method with a fixed nozzle. Specifically, engineers designed this configuration to control the liquid flow accurately, and it adapts seamlessly to the different bottle formats—the longneck (0.33 L) and the Belgian (0.75 L). Accordingly, the arrangement of 6 valves and the gravity filling method enable the machine to meet the high throughput of 1000 bottles per hour. Moreover, it minimizes liquid waste and delivers consistent fill volumes, which further enhances the system’s efficiency.