PharmaWater ProTM
Smarter Water Systems. Sustainable Results.
What is PharmaWater Pro™?
It’s a powerful, industry-vetted, comprehensive design and analysis platform for pharmaceutical water systems—from city feed to point-of-use (POU) for RODI, WFI, and Pure Steam.
Developed to support sustainability, cost-efficiency, and operational excellence, it empowers life sciences companies to make data-driven decisions that reduce environmental impact and optimize performance.
PharmaWater Pro™ helps engineers and facility teams:
💧 Model water systems from city feed to point-of-use
💧 Quantify energy, water, and chemical usage
💧 Benchmark technologies across MES, VC, and membrane-based systems
💧 Evaluate CAPEX/OPEX, carbon emissions, and water costs
Unlock the Power of Prediction. Ask the Magic 8-Ball.
What PharmaWater Pro™ Does
💧 Cost & Impact Analysis: Calculate energy, carbon, material, labor, and capital costs.
💧 Vendor-Driven Accuracy: Built-in database of real-world equipment specs.
💧 Scenario Planning: Model new builds and retrofits with flexible assumptions.
Key Benefits
💧 Proceed with Precision: Design systems tailored to your facility’s needs.
💧 Optimize Resources: Identify savings in energy, water, and chemicals.
💧 Lower Costs: Analyze CAPEX and OPEX to guide smart investments.
💧 Reduce Emissions: Support Scope 1 & 2 GHG goals with quantified data.
💧 Benchmark Technologies: Compare MES, VC, and membrane systems.
🌱 Sustainability, Engineered
Environmental impact (carbon, energy, water)
Economic performance (costs, ROI)
Social responsibility (labor, maintenance)
Real-World Impact: Case Study
A leading biopharma client used PharmaWater Pro to:
💧 Evaluate WFI system options (membrane, MES, VC)
💧 Perform Monte Carlo simulations to right-size components
💧 Analyze energy, emissions, and cost trade-offs
💧 Shift humidification water from WFI to softened water—cutting costs and emissions
💧 Quantify total and incremental water costs ($0.75/gal and $0.15/gal)
Outcome: A nuanced, data-backed recommendation aligned with sustainability and operational goals.
