Life Sciences & Biotech
Engineered purity for regulated environments.
Hygienic water systems for R&D, pilot, and GMP production.
Life sciences teams rely on water systems that are cleanable, documented, and dependable. From early research through scale-up and regulated production, PPT designs hygienic RO/DI generation and distribution systems that align with quality expectations and validation workflows.
Why PPT for Life Sciences & Biotech
PPT brings deep technical expertise and practical lab experience to the design of life sciences utility systems.
Hygienic, sanitary system design
Sanitary components, cleanable layouts, and drainability-focused design choices that support contamination controlDocumentation that supports commissioning and quality
Documentation packages built to help teams commission faster and support internal quality expectations.Scales from pilot suites to multi-floor facilities
Modular, scalable platforms that can expand with programs, capacity, and facility growth.Experienced coordination with A&E and CM teams
Familiar workflows for basis-of-design, submittals, coordination, and install sequencing.Engineered for lab operations, not generic industrial retrofits
Designs grounded in how labs actually operate—space constraints, variable demand, uptime expectations, and service access.Trusted local partner with a strong reputation for performance
Known for reliable systems, responsiveness, and long-term support in the region and industry.
Typical Applications
Life sciences and biotech facilities rely on high-purity utilities across a wide range of research, development, and process-support activities.
Analytical and Preparatory Lab Water
Cell Culture and Molecular Biology
Pilot and Process Development Labs
Equipment Feed Water
Solvent Handling and Dispensing
Systems that fit the way you work
recommended systems for Life Sciences & Biotech
A short list of platforms we commonly specify for this environment. Each can be configured around your quality targets, flow demand, and facility constraints.
Solvent Purification Systems
QuickLab 275
Compact lab water system for mid-volume needs.
Components and Accessories
Cabinet Mount Systems
Our most popular configuration between 3-5 solvents with a compact footprint that saves valuable lab space
Hooded System
When mandated hood installations require the highest-performing solution.
Free Standing System
When expanding research needs require the highest-performing, scalable system.
Compact System
When the tightest spaces require the highest performing system.
Custom Engineered Solutions
SaniSpec
USP Water Systems built to cGMP standards and specifications. Sanitary design in a cost-effective package without the high cost of ownership.
Reclaim
Recover and reuse RO reject water with confidence. Reduces waste and cost by recycling rinse or reject streams.
Coordination Constraints & Design Considerations for Life Sciences & Biotech
Regulatory and Validation Requirements
Systems often require traceable documentation, repeatable performance, and support for qualification and validation activities.Space and Layout Limitations
Labs frequently operate within tight footprints, limited utility access, and layouts that evolve over time.Variable Demand Profiles
Water and solvent usage can fluctuate significantly based on research phases, batch sizes, and project timelines.Contamination Risk Management
System design must minimize dead legs, stagnation, and cross-contamination risks.Future Expansion Planning
Facilities often need scalable solutions that allow growth without full system replacement.
Typical Scope of Support
PPT supports life sciences and biotech projects from early planning through long-term operation, providing engineering support, coordination, and service across the full system lifecycle.
System sizing and demand analysis
Utility and facility integration planning
Equipment specification and configuration
Installation coordination and commissioning
Documentation and validation support
Preventive maintenance and ongoing service