Explore our core certified manufacturing platforms designed to satisfy USP <643>, USP <645>, EP, and JP compendial purity limits.
Stringent pharmacopoeial alignment, membrane innovations, and sterile processing demands are redefining how pharmaceutical water generation is commissioned globally.
The revised European Pharmacopoeia (Ph. Eur.) monographs allow non-distillation methods for Water for Injection production. Multi-stage Reverse Osmosis paired with Continuous Electrodeionization (CEDI) and secondary Ultrafiltration (UF) offers dramatic OPEX reductions over legacy thermal Multiple-Effect Distillation (MED) systems.
Preventing microbial colonization and stubborn bio-film formation across distribution loops requires zero-dead-leg design. Utilizing 316L stainless steel orbital welding with Ra ≤ 0.4 μm electropolished finishes ensures hydraulic hygiene.
Next-generation pharmaceutical plants depend on direct SCADA/PLC loops with continuous Total Organic Carbon (TOC) measurement and temperature-compensated conductivity sensors compliant with 21 CFR Part 11 requirements.
How our OEM engineering processes address the critical risk vectors identified by biopharma procurement officers and qualification managers.
Global pharmaceutical plants cannot operate without ironclad regulatory paperwork. We provide comprehensive FAT dossiers, material test reports (MTRs), weld logs with borescope video inspection records, and calibration certificates traceable to NIST standards.
Our skidded purified water generators arrive pre-piped, pre-wired, and fully wet-tested at our Shanghai fabrication facility. This cuts on-site installation schedules from months down to weeks, preventing costly interruptions during active facility construction.
Piping systems follow ASME BPE standards strictly, adhering to L/D ratios below 1.5 wherever practical (never exceeding 3D). All process tanks and distribution headers feature bottom drainability slopes of ≥ 1:100 to eliminate stagnant water pockets completely.
From raw brackish, municipal, or well water feed streams to sterile points-of-use across cleanrooms and sterile filling suites.
Features multimedia gravel/sand filtration, organic scavenger carbon beds, duplex backwash water softeners, and chemical dosing systems to remove particulate matter, free chlorine, heavy metals, and scaling ions to protect downstream membrane elements.
High-efficiency spiral wound polyamide reverse osmosis membranes reject up to 99.5% of dissolved salts, silica, and TOC. The effluent feeds into continuous electrodeionization (CEDI) stacks, driving conductivity down to < 0.1 μS/cm without chemical regeneration.
Storage tanks constructed from electropolished 316L stainless steel equipped with 0.22 μm hydrophobic vent filters and rupture discs. High-pressure sanitary centrifugal pumps maintain uninterrupted loop recirculation under constant ozone or thermal sanitization.
Assuring uninterrupted cGMP compliance and rapid engineering responsiveness across Europe, the Americas, the Middle East, and Asia-Pacific.
Every system is architected to exceed the converging requirements of the US FDA, European Medicines Agency (EMA), WHO, and PIC/S. Systems support seamless PQ (Performance Qualification) through automated sampling protocols and integrated trend analysis tools.
Our experienced validation engineers deploy worldwide to oversee SAT (Site Acceptance Testing), perform on-site loop passivation, lead operational training programs, and provide field supervision during system handover.
We supply continuous spare parts depots for sanitary valves, membrane modules, EDI stacks, UV lamps, and seals, backed by secure industrial IoT gateways that provide predictive diagnostic monitoring and prompt maintenance alerts.
Continuous innovation directions shaping zero-footprint, self-optimizing high-purity water generation plants.
Integrating real-time digital twins of PW and WFI loops to simulate thermal distribution, velocity profiles, and bio-film probabilities, allowing predictive sanitization cycles without unnecessary thermal cycles.
Coupling secondary brine recovery reverse osmosis and DTRO membrane stages to achieve water recovery rates exceeding 90% across pharmaceutical pretreatment and concentrate stages, slashing utility intake footprints.
Autonomous AI-driven control systems capable of modulating pump RPM, ozone dosing, and loop diverter valves dynamically in response to micro-fluctuations in TOC and bio-burden indicators.
Direct technical answers addressing system validation, sanitary piping, compendial standards, and international delivery protocols.
A typical high-compliance skid begins with an automated pretreatment train (multimedia filter, activated carbon, and dual-bed softener), followed by cartridge filters, a double-pass RO system, continuous electrodeionization (CEDI), and an in-line 254 nm germicidal UV reactor paired with a 185 nm TOC destruction lamp.
Membrane-based WFI combines double-pass RO with EDI and an ultrafiltration (UF) polishing stage (typically with a 6,000 Dalton molecular weight cutoff). This configuration reliably limits bacterial endotoxins to well under the compendial limit (< 0.25 EU/mL) while maintaining conductivity below 1.3 μS/cm at 25°C.
All wetted surfaces are constructed from AISI 316L stainless steel (with ferrite content ≤ 1% on request). Orbital welding is executed in an argon envelope with complete documentation, including weld logs, isometric drawings, coupon samples, and borescope inspection video files for 100% of internal welds.
Our control systems use Siemens S7-1500 or Allen-Bradley ControlLogix PLCs integrated with industrial SCADA interfaces. They feature secure, multi-tier user authentication, non-resettable electronic signatures, full chronological audit trails, and automatic encrypted batch data export.
Explore our complete range of specialized wastewater, membrane concentration, and high-purity water treatment skids.