Double diaphragm pump

ARO PD30A-BSS-STT-C

Year of construction: 2010, condition: excellent (used), functionality: fully functional, For sale is a DSS / Tetra Pak Ultrafiltration/Microfiltration System, Model UF/MF 6338 (Pilot) from 2010. The installation is in excellent condition, fully operational, and ideal for pilot trials, product development, and replicating industrial process conditions on a smaller scale. Manufacturer: DSS / Tetra Pak Model: UF/MF 6338 (Pilot) Year: 2010 *Feed capacity: up to 3,550 l/h Retentate flow: approx. 2,200 kg/h Permeate flow: approx. 1,000 kg/h Number of filters: 6 pcs. Includes Alfa Laval heat exchanger, 3 sections Feed pump: 5.5 kW, Alfa Laval LKH 25 Booster pump: 18.5 kW, Alfa Laval LKH 50 Condition: very good, fully functional * The technical specifications listed are for processing cream into mascarpone. Nwodpfxjyka Sto Akfsf The UF/MF 6338 pilot plant impresses with its robust design, reliable Alfa Laval components, and a practical process configuration. With six filter elements and an integrated three-section Alfa Laval heat exchanger, it enables stable, temperature-controlled filtration—perfect for applications requiring reproducible results and flexible parameter adjustment. This system is particularly suitable for dairies and food producers seeking to test or optimize filtration processes (UF/MF) or develop new products—utilising technology from the DSS/Tetra Pak sector.

Condition: excellent (used), Year of construction: 1988, functionality: fully functional, Fully functional and well maintained Complete with control cabinet, fences and hydraulic unit, valves etc. Nwsdsw Adkfjpfx Akfof Various fruits such as apples, pears, grapes, berries, raspberries, strawberries, quinces, pectin, carrots and other fruit and vegetable can be processed on this press. Prompt delivery.

Condition: used, Year of construction: 2023, functionality: fully functional, machine/vehicle number: PNG2 4302HEX - 2200399999, cooling capacity: 491 kW (667.57 HP), type of input current: three-phase, type of cooling: water, overall weight: 4,974 kg, ambient temperature (max.): 46 °C, ambient temperature (min.): -20 °C, input voltage: 400 V, pressure: 3 bar, temperature: 7 °C, volume flow: 84 m³/h, pump pressure: 1.8 bar, total width: 2,191 mm, total length: 4,449 mm, total height: 2,536 mm, warranty duration: 3 months, input frequency: 50 Hz, Equipment: type plate available, Process Chiller / Air-cooled Chiller Unit, Type: Phönix PNG2 4302 HEX (R513A) Manufacturer: MTA S.p.A. The Phönix PNG2 4302 HEX series are compact water chiller units designed for outdoor installation. Features include: - Shell-and-tube evaporator - Electronic expansion valves - Compressor shut-off valves - System with compressors and hydraulic sound insulation panels - Ambient operating temperature down to -20 °C - Buffer tank and twin P2 pump - Metal mesh protection filter for condenser coils (factory-installed) Nsdpewzay Tefx Akfowf Cooling capacity (kW): 491 Chilled water temperature outlet/inlet (°C): 7 / 12 Flow rate (m³/h): 84 Available pump head (bar): 1.8 Ambient temperature (°C): 32 Refrigeration circuit: Refrigerant: R513A, GWP 631, safety class A1 Number of refrigeration circuits: 2 Number of compressors: 2 Capacity control (%): Variable from 12.5 to 100% Electrical data: Voltage (V): 400, Frequency (Hz): 50, Phases: 3 Maximum power input (kW): 235 Maximum current (A): 385 Starting current per circuit (A): 467 Protection rating: IP54 Dimensions: Length (mm): 4449, Width (mm): 2191, Height (mm): 2536 Weight (kg): 4974 Connection: Victaulic DN 125 Serial No.: 2200399999 Year of manufacture: 2023 Condition: Visual: 2, Technical: ok & tested Used Price: on request in Euro (plus VAT, ex Nettetal) – 3 months warranty On request, MTA offers a functional test of the chiller together with the buyer before collection at the Nettetal branch. Used machines may have visual defects due to prior use. (Technical specifications subject to change and prior sale reserved!) Location: MTA Deutschland GmbH, 41334 Nettetal

Condition: excellent (used), Item: D-10720-PCI-UF-Pilot-Plant Ultrafiltration Pilot Plant APV Type PCI-UF 50-100 inclusive pumps, Exchangers, Inventers, tubes and other accessories. Nedpfx Ajihh Spokfewf Laboratory plant

Condition: good (used), Technical data are shown on pictures. Nwodpfxjp N Aq Ho Akfsf

Condition: excellent (used), Year of construction: 2013, GEA Modular Membrane Filtration System up to 6.25 m³/h, in excellent condition and barely used. This equipment was used for just two validation batches, and after that has been in storage. It is currently equipped with spiral-wound nanofiltration membranes but other membrane types can be used for microfiltration (MF), ultrafiltration (UF), etc. The complete original manufacturer documentation is included in digital format, comprising the operating manual, process flow charts, wiring diagrams, certificates, inspection reports, and other relevant technical documentation. The system is designed to process a maximum volume of approximately 100 m³ of product (feed) per day. An average feed flow rate of approximately 4 to 6 m³/h is assumed under the “16/4” or “20/4” operating regime (Explanation: “20/4” corresponds to 20 hours of filtration operation / 4 hours of CIP cleaning). If, at a later stage, the daily processing capacity needs to be increased or the installed membrane surface becomes insufficient due to unforeseeable fouling effects, two empty slots are provided for retrofitting additional membrane housings. The piping and recirculation pump are already prepared for such an expansion. The membrane unit is designed for a semi-automatic cleaning-in-place (CIP) procedure. The system includes the required valves for internal circulation of cleaning solutions, followed by system flushing. Specifications - Feed volume: 400 - 500 m³/week - Feed volume: 80 - 100 m³/day - Feed volume: 4.0 - 6.25 m³/h - Production time: 16 - 20 h/day - Operating temperature: 35 to max. 65 °C Consumption - Power supply (pumps): 3 x 400 V, 50 Hz - Installed power: approx. 65 kW - Electric power consumption: 53.1 kW/h - Compressed air: 6 bar, oil- and water-free - Steam: 6 bar (max.) - Seal water: approx. 75 - 150 l/h - CIP water: approx. 19 m³/h - CIP water per cycle: 6 m³/CIP - Steam consumption per cycle: 100 kg/CIP - CIP chemicals: (e.g., membrane cleaner, acid, alkali, preservative, biocide) Nwjdpsvhctwefx Akfsf Limits - Max. operating temperature: 65 °C - Max. operating pressure: 30 bar - pH range for feed water: - Maximum: pH 10.0 - Minimum: pH 2.0 Cleaning-in-Place (CIP) - Max. temperature: 85 °C - Max. pressure: 10 bar - pH limits (for up to 30 minutes): - Maximum: pH 10.5 - Minimum: pH 2.0

Condition: excellent (used), Velo Kieselgur filter vertical 10 m2 used in beverage industry, in very good condition. Complete with wiring and control desk. Njdpfxeq U A Huj Akfowf

Condition: excellent (used), Year of construction: 2003, PET bottle blowing machine Manufacturer: KRONES Model: CONTIFORM K781 Nwsdpfx Akevddkvofof Efficiency: 12,000 bph Includes 1.5 L and 0.5 L bottle molds Power: 150 kW Air requirement: 10 bar - 1500 m3/h, 30 bar - 1000 m3/h Set dimensions (blow mold + preform feeder): 1100 x 340 cm, h: 450 cm Blow mold dimensions: 500 x 340 cm, h: 250 cm Feeder dimensions: 600 x 250 cm, h: 450 cm Air requirement: 10 bar - 1500 m3/h, 30 bar - 1000 m3/h Year of production: 2003 Technical documentation of machine operation Very good condition

Condition: used, functionality: fully functional, * Infeed fresh tomato in the factory 2000 tons/day (83.783 kg/hour) - 5º Brix Nwodewny Ikjpfx Akfsf * Infeed to evaporator 61,016 kilos/hour (4th effect) - 6.9º Brix * Outfeed 15,600 kilos/hour - 27º Brix

Condition: used, Year of construction: 2024, Hot fill new filling machine up to 4500 Lt/h Introduction: The filling machinery is a perfectly reliable option for bottling operations. With a nominal speed of approximately 4500 liters per hour, this system offers consistent performance and unparalleled versatility for an array of products. Description of the Machinery: The Hot fill new filling machine up to 4500 Lt/h comprises a filler with 20 taps, each outfitted with a 22 mm diameter straw. Furthermore, all components in direct contact with the liquid are meticulously crafted from stainless steel 316, thereby ensuring maximum hygiene and resilience against corrosion. A dedicated pump efficiently channels liquid to the filler, while the inclusion of false bottles facilitates the thorough cleansing of taps. The bell, adjustable in height via electric drive, confers adaptability in accommodating containers of varying sizes. Moreover, the machine’s rotation speed is subject to variability through an inverter, thereby affording precise control over the filling process. Mechanical pistons for bottle lifting, guided with precision, ensure the attainment of accurate and uniform filling. Constructed entirely from stainless steel, the filler  is fortified with safety precautions encircling its perimeter, thereby safeguarding operators during operation. Additionally, bottle entry, ingeniously positioned from the left, streamlines workflow. Currently configured for glass bottles, the machinery exhibits adaptability for rigid PET containers. Equipped with a mechanical valve exclusively dedicated to filling, the system ensures meticulous and dependable process control. Technical Specifications of the equipment: Njdpfevgvu Ssx Akfewf Year of construction: 2024 Nominal speed: approximately 4500 liters per hour Materials: stainless steel 316 Weight: 900 kg Voltage: 380 volts three-phase plus neutral, 50 Hz Applications and Compatibility: The Hot fill new filling machine up to 4500 Lt/h 20 R. filler, tailored for containers with twist-off caps, presents light-pressure filling ideally suited for juices, liqueurs, or oils. Presently configured for jars with ample mouths, seamless adaptation for bottles is attainable. Noteworthy is its capacity to accommodate two distinct jar sizes. Conclusion: In brief, the new DAL TOSO filling machine, operating up to 4500 Lt/h, epitomizes a dependable and versatile solution for bottling operations. With steadfast performance, hygienic design, and operational flexibility, this system stands as an exceptional avenue for optimizing production and ensuring the quality of the final product.