1742
Why WFI Loops Stay Above 70°C in GMP Facilities
WFI loops stay above 70°C to control microbial growth and biofilm risk. Learn how insulation cuts GMP utility loads without compromising quality.
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Heat & Mass Balance for Pharmaceutical
This category covers technical insights, case studies, and engineering best practices regarding Heat and Mass Balance (H&MB) analysis specifically for the pharmaceutical industry. Content should focus on the intersection of rigorous thermodynamic modeling and GMP-compliant process engineering.
6 articles
All Articles6
1714
Why Pharmaceutical Thermal Modelling Depends on Batch Data
Batch data captures transient heat loads for GMP-ready pharmaceutical thermal modelling, enabling defensible utility sizing and validation.
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1688
Pharmaceutical Utility System Design After Annex 1
EU GMP Annex 1 sections 6.7-6.17 define WFI, purified water and clean steam design controls for sterile manufacture since August 2024.
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1663
Heat and Mass Balance for GMP Batch Process Changes
Solvents make up 80-90% of API process mass. See how heat and mass balances support GMP change control and Annex 15 validation.
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1619
Flow Chemistry Heat Transfer Design at up to 10,000 m²/m³
Achieve up to 10,000 m²/m³ heat transfer ratios in flow chemistry. Calculate thermal resistance using the experimental Wilson Plot method.
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1603
Choosing Pharmaceutical Process Simulation Software
Prevent 30% pharmaceutical scale-up delays. Compare Aspen Plus, gPROMS, and DWSIM to choose the best process simulation software for GMP batch modelling.
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