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Process Water-PW & WFI
Having a specialized department with
extensive experience in the design , installation and commissioning of
purified water (PW) and water for injection (WFI) systems, Biopharmax can
provide complete state-of-the-art computerized systems for controlling and
batch recording of the whole operation. All systems comply with USP and EU
standards
The most critical system on any production floor requires
long-term quality - Biopharmax represents quality and total reliability!
Biopharmax
Design of Water Systems
- Production systems engineered for robust operation and maximum
reliability . Specific engineering of systems with optimal economy
for power consumption and water savings.
- Utilization of Biopharmax developed CAD tools to size water
production systems in conjunction with the storage system to arrive
at the optimum solution.
- Biopharmax delivers turnkey water systems to its customers with
full guarantee and local support.
- Tanks: pressure and vacuum resistance in accordance with
International and European codes ASTM, CE, PED.
- Qualified welders for crevice free, automatic orbital TIG welds.
Advanced Water Technologies
- We focus our Solutions on today's best practice by being at the
cutting edge of the water production technology.
- Hot Water Sanitization (HWS) of RO and CEDI (Continuous Electro
De-Ionization) with automatic control.
- Advanced control systems for years of data storage, parameter
graphs, alarm logs for full validation and accountability.
- Automated sanitation, programmed ahead of time for regular heat
sanitation backed up with printed reports.
- Media filtration with hot water sanitization.
- Active carbon - fitted with automatic hot water sanitization or
steam in place.
- Degassing with contact membranes.
- Ozone sanitization of storage loops.
- Nitrogen blanketed storage.
- Sophisticated storage designs to meet KPI's:
- Energy Savings, Maximizing Reaction Speed, Loop Cost Effectiveness.
- Hot or cold tank storage with varying temperature loop circulation.
- Reheat and regeneration designs applied.
- Advanced hydraulic calculations and
implementation for optimal performance
- Points Of Use (POU's) are configured for maximum 4D dead legs with
the option of zero dead legs.
- Integration of water users into the water control systems to
minimize dead legs and back flow concerns.
- Communication protocols between control systems to automated water
users for coordination of supply: e.g. water cut off when conductivity
out of spec, low water levels in tank, etc.
- Automated water dosage according to the water users needs.
- Queue management for water users supply according to production priorities.
