Dynamic BECA® CrossFlow

Purity and Resource Conservation

Safe, gentle, yet high-quality filtration is crucial for your product. To remain competitive today, this must go hand in hand with significant energy savings and the conservation of resources. The innovative BECA® Crossflow system already ensures this worldwide.

Dynamic BECA® Crossflow is a modern membrane filtration process in which the tangential flow across the membrane is generated not only by the pump flow but also actively by rotating filter discs.

Compared to conventional cross-flow filtration, Dynamic BECA® Cross-Flow offers significantly better process performance, particularly for challenging filtration tasks, such as those involving fine or highly viscous suspensions.

Superior technology for:

  • Brewery and Beverage Industry: Product separation, beer recovery from yeast, beer filtration, beverage filtration, wine clarification, wine filtration, water filtration, vinegar filtration, spirits
  • Chemical industry: e.g., product separation, liquid filtration, micro/ultra/nanofiltration, acid/alkali filtration, ultrapure water filtration
  • Dairies: Product Separation, Liquid Filtration, Concentration
  • Pharmaceutical industry: e.g., product separation, liquid filtration, micro/ultra/nanofiltration, ultrapure water filtration, plant extracts
  • General Industry and Manufacturing: Product separation, liquid filtration, clarifying filtration, liquid-solid separation processes, concentration

Your Benefits of the Dynamic BECA® CrossFlow

  • Efficient filtration even for fine, solids-rich, or highly viscous suspensions
  • Higher concentrations achievable: The process allows for concentrations and solids content in the retentate that are significantly higher than what is possible with conventional crossflow systems
  • Reduced Energy Requirements: Since the flow is generated locally at the membrane surface by the rotational motion, lower pump capacities and moderate pressures are sufficient. This reduces energy consumption
  • Gentle Product Handling: Low operating temperatures and pressures protect sensitive molecules or cells, which is why the Dynamic BECA®CrossFlowis preferred over other cross-flow processes in the food, pharmaceutical, and biotechnology industries
  • Compact design and flexible process control: The system can be operated as a single-pass, batch, or continuous process

Your Benefits of the Dynamic BECA® CrossFlow

  • Efficient filtration even for fine, solids-rich, or highly viscous suspensions
  • Higher concentrations achievable: The process allows for concentrations and solids content in the retentate that are significantly higher than what is possible with conventional crossflow systems
  • Reduced Energy Requirements: Since the flow is generated locally at the membrane surface by the rotational motion, lower pump capacities and moderate pressures are sufficient. This reduces energy consumption
  • Gentle Product Handling: Low operating temperatures and pressures protect sensitive molecules or cells, which is why the Dynamic BECA®CrossFlowis preferred over other cross-flow processes in the food, pharmaceutical, and biotechnology industries
  • Compact design and flexible process control: The system can be operated as a single-pass, batch, or continuous process

Purity in Composition:

  • Hygienic design with biologically pure surfaces
  • Dead-space-free and loss-free inline CIP cleaning and sterilization
  • Inline CO2measurement, stainless steel sensor, installed without dead space
  • Extremely simple, menu-driven operation with recipe storage
  • Fully Automated Processes with Accounting
  • Customization of the system design to meet customer needs
  • Maximum cost-effectiveness, control accuracy, and reproducibility

Data:

  • Our team will analyze your needs and provide you with the best solution.
  • Modular design and easy expansion of capacity and filtration area
  • Optional test systems allow you to perform quality checks, determine yield, and calculate flux rates specifically for your product and operating conditions.
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