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Domnick Thailand · Part of RS GroupPharmaceutical
Pharmaceutical
IndustrySolutions
From ISO Class 0 oil-free compressed air in cleanrooms to sterile process filtration, UV water purification and validated gas generation systems — we deliver integrated utility solutions engineered for GMP pharmaceutical manufacturing in Thailand.
✓ cGMP Compatible ✓ ISO 8573-1 Class 0 ✓ ICH Q10 Aligned ✓ FDA / TGA Ready ✓ Validation Support
Pharmaceutical Capability Overview
✓ Validated Systems ✓ DQ/IQ/OQ Support ✓ cGMP Compliant
Industry Overview
Utility Systems Engineered for Pharmaceutical GMP Compliance
Pharmaceutical manufacturing operates under the world's most rigorous regulatory requirements. Every utility system — compressed air, process water, gas supply and environmental controls — must be designed, installed, qualified and maintained in accordance with GMP guidelines and validated to demonstrate consistent performance within defined parameters.
A utility failure in a pharmaceutical facility is not just an operational problem — it is a product quality event that can result in batch rejection, regulatory investigation, production shutdown and, most critically, risk to patient safety. This zero-tolerance environment demands utility systems built to a fundamentally different standard from general industrial applications.
At Domnick Thailand, we design, supply and support compressed air, gas, water and filtration systems for pharmaceutical manufacturers throughout Thailand — with full documentation packages supporting DQ, IQ, OQ and PQ validation requirements.
Qualification & Validation Pathway We Support
DQ
Design Qual.
IQ
Install Qual.
OQ
Oper. Qual.
PQ
Perform. Qual.
APR
Annual Review
Regulatory Frameworks Our Systems Support
GMP Good Manufacturing Practice Thai FDA, EU GMP Annex 1 & 15, WHO GMP — the foundation of pharmaceutical manufacturing quality management.
ICH Q10 Pharmaceutical Quality System ICH Q10 framework for lifecycle management of pharmaceutical quality systems including utility qualification.
USP <1116> Microbiological Water Quality US Pharmacopoeia chapters covering purified water and water for injection microbiological quality standards.
ISO 8573 Compressed Air Purity International standard defining compressed air purity classes for particles, water and oil — Class 0 for critical pharmaceutical applications.
- Full technical documentation for qualification protocols
- Material certificates and component traceability for all systems
- Change control support for system modifications
- Periodic review and requalification assistance
- Risk-based approach to utility system design
- Installation and commissioning by qualified engineers
Why It Matters
Why Pharmaceutical Utility Systems Demand a Different Standard
In pharmaceutical manufacturing, utility system failures are not inconveniences — they are product quality events with direct regulatory, commercial and patient safety consequences. Every system we install is specified with this reality at the centre of every design decision.
01
Product Safety & Patient Risk
Contamination of pharmaceutical products by utility system failures — compressed air oil contamination, microbial ingress from inadequate water treatment, or particulate contamination from corroded pipework — directly threatens patient safety. Unlike food or industrial applications, there is no acceptable threshold for contamination of sterile or inhalation pharmaceutical products.
Consequences of Non-Compliance
- Product recall and batch rejection — full financial loss
- Patient safety incident and regulatory investigation
- FDA / TGA / Thai FDA warning letter or import alert
- Manufacturing licence suspension or withdrawal
02
Regulatory Audit Readiness
Regulatory inspectors from Thai FDA, WHO, EU GMP inspectorates and the FDA examine utility system qualification records as part of every GMP audit. Compressed air quality test results, water system microbiological monitoring data, equipment calibration records and maintenance logs are reviewed as evidence that your manufacturing environment is under control.
What Inspectors Examine
- Compressed air ISO 8573-1 test certificates
- Purified water microbiological monitoring trends
- Equipment IQ/OQ/PQ validation documentation
- Preventive maintenance and calibration records
03
Validated System Continuity
Once a pharmaceutical utility system has been validated, any modification — equipment replacement, component change, process parameter adjustment — requires a formal change control assessment and potentially requalification. Systems designed and installed with this lifecycle in mind, using documented components with full traceability, significantly reduce the cost and disruption of ongoing maintenance and change management.
Lifecycle Cost Drivers
- Undocumented changes requiring retrospective validation
- Non-traceable components failing audit inspection
- Unvalidated equipment modifications closing production lines
- Reactive maintenance replacing systems without change control
01💨
Air Compressor
Oil-free ISO 8573-1 Class 0 compressors for sterile compressed air in cleanrooms, filling lines and critical pharmaceutical processes.
Explore02🔗
Compressed Air Piping
316L stainless-steel and validated aluminium piping systems for GMP-compliant compressed air distribution in pharmaceutical facilities.
Explore03🔩
Compressed Air Filter
Multi-stage filtration for pharmaceutical compressed air — particulate, coalescing, activated carbon and sterile-grade membrane filtration.
Explore04💧
Compressed Air Dryers
Desiccant and refrigerated dryers delivering PDP down to -70°C for moisture-free pharmaceutical compressed air systems.
Explore05❄️
Chiller
Precision process chillers for cleanroom HVAC cooling, API reactor temperature control and pharmaceutical equipment cooling.
Explore06💨
Clean Air Filtration
Contained dust collection for API powder handling, tablet compression dust extraction and OEB-rated containment systems.
Explore07⚙️
FCG & Motion Systems
Sterile-grade hoses, sanitary fittings, diaphragm valves and GMP-compliant pneumatic and hydraulic motion components.
Explore08🧪
Gas Generators
On-site PSA nitrogen and oxygen generators producing pharmaceutical-grade N₂ and O₂ for blanketing, packaging and fermentation.
Explore09🔬
Process Filtration
Sterile-grade 0.2 μm membrane filtration for drug solution sterilisation, bioburden reduction and pre-fill final filtration.
Explore10🌊
RO Membrane
Reverse osmosis systems for Purified Water (PW) pre-treatment — delivering consistent, low-conductivity water for pharmaceutical water systems.
Explore11☀️
UV Water Treatment
UV disinfection for pharmaceutical purified water loops — controlling TOC and microbial bioburden in PW and WFI distribution systems.
Explore12🔦
UV Air & Surface
UV-C cleanroom air disinfection and surface decontamination systems for aseptic processing areas and pharmaceutical production rooms.
Explore Standard & Compliance
GMP Thailand (FDA) EU GMP Annex 1 & 15 WHO GMP ICH Q10 ISO 8573-1 USP <1116> Ph.Eur. 2.6.12 ISPE Baseline Guides PIC/S GMP
Ready to Design Your Pharmaceutical Utility System? Our pharmaceutical utility specialists provide complete system design, supply, installation and validation support, from initial DQ through ongoing periodic review. Contact our team to begin your project.
