Ozone Disinfection of Pharmaceutical Water Storage and Distribution
The sustainability goals of many pharmaceutical companies require a reduction in their greenhouse gas footprint. Compared to heat disinfection, the most common disinfection method, ozone treatment has a smaller footprint.
The Path to Carbon Neutrality: The Case of WFI Production
CO₂ neutrality is becoming a goal for more and more companies, but what does this actually mean, and how can this goal be reliably achieved? The presentation will highlight which guidelines provide guidance—such as the Greenhouse Gas Protocol with its Scopes 1–3—for calculating a robust CO₂ footprint. It will explain how emissions are systematically recorded, assessed, and […]
How are the hazards of active ingredients classified?
This presentation provides a concise overview of how hazardous substances are classified and how these classifications influence containment decisions. It covers key elements such as OEL and OEB definitions, toxicological parameters, and relevant exposure routes in pharmaceutical processes. Participants will learn how these classifications are translated into technical requirements, organizational measures, and the selection of appropriate containment technologies to ensure a robust […]
PD – Sampling, Qualification, and Lifecycle of Pharmaceutical Water Systems
Panel discussion with industry representatives on the topic of sampling and qualification of pharmaceutical water systems Join the discussion—ask your questions, share your experiences, and benefit from the interdisciplinary exchange Christian Graf, Eli Lilly Ludovic Brech, Chemgineering Switzerland AG Angelika Bernard, Bernard Beratung & Services GmbH Uta Woideck, Utilitec […]
The Path to Carbon Neutrality: The Case of WFI Production
CO₂ neutrality is becoming a goal for more and more companies, but what does this actually mean, and how can this goal be reliably achieved? The presentation will highlight which guidelines provide guidance—such as the Greenhouse Gas Protocol with its Scopes 1–3—for calculating a robust CO₂ footprint. It will explain how emissions are systematically recorded, assessed, and […]
Design of Reliable Ozone Systems for Water Sanitization
Ozone is an extremely effective technology for sanitizing water systems, but its success depends entirely on proper design, professional installation, and reliable operation. If fundamental design principles are ignored, ozone systems can suffer from inconsistent performance, unexpected equipment damage, safety risks, and recurring operational problems. In many cases, these difficulties stem from inappropriate sanitization strategies or an insufficient understanding […]
Open Space
Everything you’ve always wanted to know about pharmaceutical water and the ISPE—but may never have dared to ask. This session offers a comprehensive look at the fundamentals, current developments, and practical challenges surrounding the production, quality assurance, and regulation of pharmaceutical water. At the same time, participants will gain a clear overview of the role of the ISPE, its […]
Why become a member of ISPE?
The ISPE DACH Critical Utilities (CU) Team is a multidisciplinary group of experts dedicated to advancing the understanding, design, operation, and lifecycle management of critical utility systems in the life sciences industry. Our focus is on essential utility systems such as ultrapure water systems, ultrapure steam, process gases, and ambient-related support systems—all of which are fundamental building blocks for safe, robust, and GMP-compliant pharmaceutical production. […]
Ozone Disinfection of Pharmaceutical Water Storage and Distribution
The sustainability goals of many pharmaceutical companies require a reduction in their greenhouse gas footprint. Compared to heat disinfection, the most common disinfection method, ozone treatment has a smaller footprint.
CU Water Flows for Optimizing Water Recycling
The pharmaceutical industry has traditionally been very conservative and cautious when it comes to recovering water from critical utilities (CU). This reluctance stems from strict regulatory requirements, concerns about product quality, and the high level of reliability that CU systems must ensure. At the same time, rising sustainability goals, increasing environmental and cost pressures, and global water scarcity are leading to […]