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.

Customized Loop Designs

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

Detailed POU designs

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.