VAPOR COMPRESSION DISTILLER (STMC) – BRAM-COR

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STMC models produce sterile WFI. Bram-Cor project drivers are aimed at satisfying all pharmaceutical regulatory and QA requirements, aligning the Vapor Compression Distiller manufacturing to the international cGMP (Good Manufacturing Practices) and Pharmacopoeias. Bram-Cor target in design, manufacturing, documentation, testing and validation activities focuses on the overall compliance of equipment to the needs of the pharmaceutical and biotechnology industry.

VAPOR COMPRESSION DISTILLER (STMC) – BRAM-COR

Main Features:

Destination of use Production of Water for Injection for pharmaceutical use and laboratories (different WFI outlet temperatures available). STMC distillers produce sterile and free from pyrogen water, in accordance with cGMP and FDA regulations.
Technology Feed water evaporation through vapor compression, followed by Pure Steam separation and condensation. The produced WFI is fully compliant to USP, JP, EP and IP Pharmacopoeias. Capacities range: from 70 to 25,000 kg/h
Technical features
  • cGMP design and construction
  • Made in Italy
  • All product contact surfaces in AISI 316L stainless steel
  • Jackets, frame and control board in AISI 304 stainless steel
  • All welds are executed by certified welders
  • Gaskets in EPDM or PTFE or Silicone
  • Column type: AISI 316L stainless steel with sight glass
  • 0.2 µm vent filter with stainless steel housing
  • Recirculating tank
  • Sanitary pump
  • Pneumatic membrane valves
  • ASTM C-795 – compliant insulation
  • Instruments: conductivity meter, pressure transducers, temperature probes, level transmitter
  • Double manifold system for feedwater discharge and sanitary discharge
  • Adjustable feet
  • Self-sanitizable
  • Available pure steam production from the distillation column
  • WFI efficiency on feed water up to 95%
  • Possibility to feed with softened water, water from industrial single-stage osmosis, Purified Water
  • Available in steam operated, electrically operated model or hybrid steam + electrical model
  • Stainless steel compressor available upon request
Control system
  • Auto-management: integrated 24V DC power supply with working memory.
  • HMI: Touch-screen SCADA system for compliance to 21 CFR PART 11 or Siemens-based.
  • Functions operated by the PLC:
  1. Automatic Sequences (Filling, sanitization, pre-heating)
  2. Alarms management
  3. Monitoring (PID process variables, temperature, pressure, conductivity, sensors values and setting of limit values)
  4. Output of commands for digital and analogical use
Sanitization

 

 Sanitization of the Vapor Compression Distiller can be performed as on-sheet selection before production start or as a single phase, to be periodically performed on the WFI system.

Bram-Cor STMC Vapor Compression Distillation Process Runs As Follows:

STEP 1: Feed-water enters into the first (optional) heat exchanger (1) (tube side) and is pre-heated, cooling at the same time the WFI to the temperature set in the HMI.

STEP 2: An automatic system (optional) regulates feed-water flow passing through phase 1, thus regulating WFI temperature.

STEP 3: Feed water goes into the second heat exchanger (2) (tube side), and is furthermore pre-heated, condensing the gas generated by WFI production process.

STEP 4: Heated water flows in tank (3). Water level is controlled by an automatic system. The pipes in condenser (4) are partially filled by feed-water.

STEP 5: The heater (either electric and/or steam-heated) increases feed-water temperature to evaporation temperature. The generated pure steam occupies the dome (5). An automatic system regulates the thermal intake of the heating system, in order to keep the pressure in the dome at the set value.

STEP 6: A blower (6) sucks in the pure steam present in the dome (5) compressing it into the shell side of the condenser.

STEP 7: PS condenses in the shell side of the condenser (generating WFI) yielding energy to the feed-water contained in the condenser pipes, which now evaporates, generating other PS.

STEP 8: The produced WFI comes out of the condenser and flows into the recirculating tank (7). The gases released during WFI production process go into the shell side of the heat exchanger (2).

STEP 9: WFI is then collected in the recirculating tank (7) and pressurized by the pump (8), through the heat exchanger (1) (optional), where it reaches the temperature, set in the HMI.

STEP 10: A measuring system continuously monitors WFI quality (conductivity and temperature), and diverts WFI to the storage tank (conform WFI) or to the distiller drain manifolds (9) (sub-standard WFI).

There Is A Lot Of Secure Benefits In The Use of Bram-Cor Vapor Compression Distillation System:

  • Low energy consumption, no need of cooling water to condensate the pure steam
  • No need for high quality inlet water (in some cases even softened water can feed the VC still)
  • Very high quality of the WFI thanks to the strong degassing process
  • No need to pressurize the inlet water
  • WFI outflow at high pressure (1 – 1.5 bar) without any additional pump
  • Extreme safe process, with no risk of any cross contamination through plant steam or inlet water
  • Highest flexibility in terms of capacities and WFI temperatures
  • Reduced maintenance

Reference Video:

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