Articles should discuss process equipment, the design of facilities, and utility systems that support the critical physical and chemical requirements of drug products, in addition to other aspects of the product specification. Topics include design and construction/installation, commissioning and qualification, operation and maintenance, and controls and automation.
In the rapidly evolving pharmaceutical landscape, manufacturers face mounting pressure to deliver safe, effective drugs swiftly while navigating complex regulatory and operational challenges. This eBook explores how digital transformation is reshaping pharmaceutical manufacturing by accelerating time-to-market, enhancing facility performance, and driving sustainability. It outlines strategic...
In the world of pharmaceutical and life sciences manufacturing, purity, reliability, and performance are non-negotiable. That’s why engineers and facility managers are turning to SYGEF® PVDF piping systems from GF Piping Systems—a solution engineered to meet the most stringent demands of high-purity applications.
Formulation challenges in pharmaceuticals are increasing in complexity due to the rise of thermolabile and biopharmaceutical products, requiring a deep understanding of physicochemical processes and drug-excipient interactions. Freeze-drying is a widely used method to stabilize sensitive APIs such as pantoprazole sodium sesquihydrate, which presents cosmetic defects like cake cracking despite...
ABM uses advanced technology and precise tracking to ensure cleanroom compliance, prevent contamination, and safeguard quality. Our expert solutions optimize performance and meet rigorous industry standards
In the rapidly evolving pharmaceutical landscape, manufacturers face mounting pressure to deliver safe, effective drugs swiftly while navigating complex regulatory and operational challenges. This eBook explores how digital transformation is reshaping pharmaceutical manufacturing by accelerating time-to-market, enhancing facility performance, and driving sustainability. It outlines strategic...
In the world of pharmaceutical and life sciences manufacturing, purity, reliability, and performance are non-negotiable. That’s why engineers and facility managers are turning to SYGEF® PVDF piping systems from GF Piping Systems—a solution engineered to meet the most stringent demands of high-purity applications.
Environmental control plays a critical role in pharmaceutical manufacturing, particularly when it comes to managing humidity. From protecting product integrity to supporting regulatory compliance and energy efficiency, humidity control is essential across the production chain. This article introduces how Munters desiccant dehumidification systems offer a reliable and sustainable solution to...
Cleaning surfaces and equipment in controlled environments has historically involved a variety of methods, but usually involves some manner of moving a cleaning material (wipe, mop, etc.) across a surface, often in the presence of a liquid solution. In operations in controlled environments, the challenge is in maximizing the ability, consistency, and efficiency to remove contaminants that are...
ABM uses advanced technology and precise tracking to ensure cleanroom compliance, prevent contamination, and safeguard quality. Our expert solutions optimize performance and meet rigorous industry standards
Formulation challenges in pharmaceuticals are increasing in complexity due to the rise of thermolabile and biopharmaceutical products, requiring a deep understanding of physicochemical processes and drug-excipient interactions. Freeze-drying is a widely used method to stabilize sensitive APIs such as pantoprazole sodium sesquihydrate, which presents cosmetic defects like cake cracking despite...
Effective containment systems in a pharmaceutical manufacturing facility are essential to protect the health of workers, the environment, and patients receiving the medications. Particles released into the facility can cause adverse side effects to facility employees, and particles released outside the facility can harm the atmosphere and nearby waterways.
Controlling contamination in environments where biological medicinal products are handled is of paramount importance to ensure the safety of personnel, sterility of drug products, and protection of the surrounding environment. The application of vaporized hydrogen peroxide (vH2O2) has emerged as a promising method for postproduction decontamination due to its ability to...
Massimiliano Cesarini, MEng, was named CEO of Biogenera SpA, Bologna, Italy in 2024. He began his career at Duferco Engineering in energy generation, then moved to Comecer Group, holding roles as project and product manager, and global sales manager for the pharma and advanced therapy medicinal product (ATMP) division. He eventually joined Omnia Technologies Group establishing the Omnia Life...
Process automation has become increasingly critical in pharmaceutical manufacturing due to stringent regulatory requirements and limitations inherent to manual environmental monitoring. This article highlights the key challenges associated with manual monitoring, such as contamination risks, human error, labor intensity, and inconsistent compliance, and presents robotic systems as...
Engineered for critical applications, GF Piping Systems’ advanced double containment solutions provide a reliable barrier against hazardous fluid leaks, ensuring compliance with stringent safety and environmental regulations. Designed with corrosion-resistant materials, simplified installation, and long-term durability, these systems help pharmaceutical facilities minimize risk while enhancing...
Since 2011, ZETA has been delivering customized single-use systems such as bioreactors, chromatography and filtration systems, mixers, and many others to customers around the world. Customer requirements for single-use technology (SUT) integration projects typically demand high flexibility, fast-track, and turnkey delivery. Taking into account conditions on site, ZETA's automation experts find...
Discover how modular manufacturing concepts are transforming the biopharmaceutical industry. Unlike traditional fixed facilities that require substantial upfront investments and are tied to specific products, modular facilities offer flexibility, speed, and cost efficiency.
At first glance, ready-to-use (RTU) primary packaging material (tub systems) give production lines more flexibility and reduce container preparation complexity for aseptic fill/finish operations. However, the aseptic introduction of RTU tub systems requires a thoroughly designed transfer process to avoid contamination of the sterile RTU items and the aseptic core.
Reducing the pharmaceutical industry’s carbon footprint has become a management responsibility. This article introduces some of the key points, actual methods, and practical examples of our implementation to reduce carbon emissions from pharmaceutical manufacturing facilities in Southeast Asia.
Many organizations are on the right path to sustainability, but more can still be done— especially for setting and meeting net-zero targets. Although a commitment to net-zero operations is important for all industries, it’s particularly necessary for the pharmaceutical industry, with its high energy consumption, high water demands, and the use of solvents for manufacturing.
The decision to pursue net-zero facility design in manufacturing is complicated. There are significant challenges related to initial project costs, physical space constraints, and project site considerations—but also substantive benefits from operational savings, environmental impact, building brand trust, and working toward a more sustainable future.
The explosive growth of advanced therapy medicinal products (ATMPs), particularly cellular therapeutics, has driven steady investment in facilities capable of manufacturing these therapeutics at scale . Meanwhile, the industry is collectively moving to adapt to European Union Annex 1 standards, which places a more stringent emphasis on contamination control.
Welds used in biopharmaceutical manufacturing must meet critical criteria to maintain a defined level of purity and bioburden control. One highly debated area of concern is the level of discoloration allowable on the product contact surfaces in the welded condition and secondary finishing methods. This article addresses the studies commissioned by the American Society for Mechanical Engineers...
The expectations for room differential pressures to maintain air quality in pharmaceutical facility design are consistent and well defined from a regulatory perspective. However, there is no common approach to the design, monitoring, or alarming of area differential pressures. This article explores differential pressure concerns in aseptic manufacturing, or cleanroom classes B, C, and D.
Growing up on a farm, Allen Koester thought he would design farm equipment after earning his degree in mechanical engineering.
In 2019, ISPE released the Second Edition of the ISPE Baseline® Guide Vol 5: Commissioning and Qualification. This guide mirrors the industry’s evolution toward harmonizing with latest...
Rod Freeman started his career in the pharma-ceutical industry as an analytical chemist.
Discover a comprehensive plan for life science decarbonization, from enhancing energy efficiency and electrifying heat to managing refrigerants and adopting renewable energy solutions.
The 2024 ISPE Facilities of the Future Conference opened on 29 January in San Francisco, California, with a series of six keynote presentations on innovations that are leading to advanced...
The ISPE Baseline® Guide Volume 5: Commissioning and Qualification (Second Edition) framework has gained significant attention, use, and adoption since the...
The commercialization of personalized medicine has ushered in demand for a new type of facility—personalized medicine facilities—which can produce thousands of small-scale batches per year. There are currently only a handful of these sites, but many more are in various stages of design and construction. Designing these personalized medicine facilities presents new challenges, and a different...
Pharmaceutical manufacturing facilities produce a variety of products, including highly potent products that require safety measures to prevent adverse health effects on patients and operators. To ensure safety, these facilities use containment equipment to minimize the risk of contamination. This article presents criteria for selecting containment equipment, considering both...
Pharmaceutical critical utilities are typically built of 316L stainless steel; nevertheless, surface degradation has been reported due to the occurrence of different phenomena. This article aims to explain how field electrochemical techniques using a portable tool can be an effective method for surface inspection, qualification, and monitoring. The surface finish assessment considered...
The biotechnology and pharmaceutical sectors have pledged to reduce greenhouse gas (GHG) emissions as the climate concerns of consumers, investors, and regulators continue to grow. In seeking to benefit from this demand for sustainability and the potential for cost-saving opportunities, life science product manufacturers have started to evaluate the climate impact of their own labs and...
Cell therapies have been used to treat thousands of patients worldwide ever since the CAR T cell medication Kymriah was the first cell therapy approved by the FDA in 2017. Yet significant manufacturing challenges continue to hamper patient access to life-saving cell therapies, particularly the high cost of these treatments. Kymriah can cost as much as $475,000 per dose and an allogeneic...
Facility design decisions made early in conceptual design can have a significant impact on the cost of goods sold (COGS) in the manufacture of autologous and allogeneic cell therapy products. Understanding the impact of a COGS analysis is an important aspect of the early-phase design process.
Since 2005, ISPE’s Facility of the Year Awards (FOYA) have recognized state-of-the-art projects utilizing new, innovative technologies to improve the quality of products, reduce the cost of producing high-quality...
The adoption of continuous manufacturing (CM) in the pharmaceutical industry is increasing because of the advantages and opportunities it offers, including the ability to handle hazardous reactions, a higher degree of process integration, and improved sustainability. This article discusses the considerations and approaches adopted by Pfizer, Eli Lilly, GSK, and Amgen in designing and...
To improve the energy efficiency of cleanrooms, the Roche Global Engineering and Oceanside facilities and Engineering team collaborated to implement a risk-based approach to achieve lower air changes during operation without adversely impacting the facility, equipment, or reliability, while meeting environmental requirements.
North Carolina’s Research Triangle is the largest of its kind in the US. Thanks to years of effort from industry, pharmaceutical professionals, and education institutions, it is synonymous with pharmaceutical and biotechnology excellence.
Many emerging tools and technologies support the environmental sustainability of the pharmaceutical industry. In facility design, solutions are derived through science-based analyses of environmental impacts from the materials, processes, services, and architecture. From greener energy sources to a reduction in the type and amount of emissions, we are seeing improvement in this sector’s...
The expected FDA approval for a Treprostinil dry powder inhaler revealed a need for the manufacturer to expand its warehousing and logistics capabilities to support its growing operations. The company’s senior leadership wanted to ensure this expansion came with as minimal an impact on the environment as possible, so a key priority was to provide a net zero energy facility. With a vision for...
Computational fluid dynamics (CFD) can reduce or eliminate the uncertainty associated with a cleanroom facility as the planned design can be simulated to predict performance to a high degree of accuracy. This article discusses the use of CFD for the purpose of predicting and optimizing the performance of a cleanroom facility in terms of steady-state airborne particulate levels and for...
Many organizations are evaluating how advanced therapy medicinal products (ATMPs) and other traditional modalities may be combined within the same facility or within a newly constructed agnostic building. This article outlines a broad framework to evaluate different types of modalities that may be accommodated concurrently in a new or existing facility and then uses a case study to explain how...
Cell and gene therapies (C>) have unique needs in manufacturing suites that differ from those for classic product biopharmaceuticals. Facilities must be created with flexibility in mind, able to run multiple products and production types to remain viable.
Chlorine dioxide has been shown effective in decontaminating various types of chambers and volumes such as rooms, isolators, processing tanks, and entire facilities, but its use to decontaminate compressed gas piping systems has not been documented. This article discusses using dry gaseous chlorine dioxide (ClO2) to decontaminate an oxygen (O2) feed piping system in a...
In a recent advanced therapy medicinal products (ATMPs) innovator survey, two-thirds of respondents reported that they are developing multiple drug platforms.
Two sessions at the 2022 ISPE Facilities of the Future Conference in early February captured varied views of emerging technologies in the pharmaceutical industry, and the industry’s work to embrace...
What do recipients of ISPE’s prestigious Facilities of the Year Award (FOYA) know that has helped their projects succeed? What are the lessons learned from achievements in facilities development, including forward-looking projects that encompass and inspire changes in the industry? Pharmaceutical Engineering® spoke with nine FOYA winners from recent years about the lessons they learned and...
Advanced therapy medicinal products (ATMPs) pose specific manufacturing challenges beyond those typically addressed by pharmaceutical chemistry. Often in current ATMP applications, a change in approach is introduced at some point in the development process out of convenience or necessity, which then results in a change in technology. This article analyzes the possibility of transferring a cell...
Realizing the promise of any novel viral vector therapeutic depends on the innovator’s ability to constantly meet evolving program requirements set in the product’s preclinical; clinical; chemistry, manufacturing, and controls (CMC); and market strategies. A key enabler to success is establishing a robust yet nimble viral vector manufacturing platform that delivers high-quality product on time...
Aseptic process simulation (APS) is essential for validation of an aseptic manufacturing process and is required by regulators to demonstrate the aseptic capability of such processes. A successful program of APS and aseptic manufacturing requires significant operator training, skills, and supervision; thorough maintenance; effective cleaning and disinfection; significant oversight of every...
This article presents the results of applying artificial intelligence (AI), such as machine learning algorithms, to identifying and predicting anomalies for corrective maintenance in a water for injection (WFI) processing plant. The aim is to avoid the yearly stoppage of the water for injection plant for preventive maintenance activities, common in the industry, and use a more scientific...
Any systematic pharmaceutical engineering approach for ensuring vial container closure system (CCS) performance must include choosing qualified container closure system components, the proper pharmaceutical process setup, and applicable testing methods. Container closure integrity (CCI) is an essential part of container closure system performance. A holistic strategy is needed to qualify...
![Figure 1: Seasonal comfort (temperature and RH). ©ASHRAE, www.ashrae.org. Used with permission from 2017 ANSI/ASHRAE Standard 55 [4].](/sites/default/files/styles/teaser_image/public/2021-08/0921_PE_SO_TechHaycock_01.jpg?itok=mJiPGN_X)
Defining room temperature and humidity limits is a frequent topic of debate when designing and operating pharmaceutical and biotechnology facilities. What are appropriate alarm limits and acceptable durations for an alarm condition? Understanding the source of temperature and humidity requirements, and strategies for setting limits, can ensure both compliance and optimum use of energy. This...
Cleanrooms and controlled contamination environments are increasingly being used across many industrial sectors, including the pharmaceutical industry. An important issue is the operating cost associated with cleanroom energy consumption and, consequently, the identification of applicable energy containment measures. This article reviews pharmaceutical cleanroom calculations for...
The ISPE OSD Community of Practice Continuous Manufacturing Subcommittee is planning a Good Practice Guide to capture information developed over several years by the team to establish equipment requirements, identify opportunities for harmonization and flexible integration, and suggest where current equipment may be enhanced to work with continuous manufacturing platforms of the future.
One of the goals of the cleaning validation design phase is to define critical process parameters (inputs) and acceptance criteria (outputs) of the cleaning process. This article explores the selection of a master soil as part of the cleaning validation design phase for automated parts washers. The selection and qualification of a master soil through laboratory testing and during factory...
Robotic process automation (RPA) software automatically handles manual, repetitive, time-consuming, and highly structured tasks such as data entry and back-office functions. Certain processes specific to the pharmaceutical industry represent strong candidates for RPA implementation, with significant potential savings and the possibility of ensuring compliance.
In many critical ways, the design of facilities for multiple cell therapy processes is unlike the design of conventional pharmaceutical facilities. This article surveys several of the key issues to consider when designing facilities capable of manufacturing multiple cell therapies, including regulatory definitions, product life cycles, processing systems, relevant cell therapy technologies and...
Designing new facilities for cell and gene therapy manufacturing is a challenging task given the many uncertainties in this industry sector, including varying potential demand for any given new therapy, evolving platforms and technology, questions about equipment reliability, learning curves for analysts and operators, possible sourcing issues, and variable lead times for key raw materials....
Computational fluid dynamics (CFD) can reduce or eliminate the need to perform bioreactor scale-up studies because full-scale manufacturing bioreactors can be simulated to predict performance. This article discusses the use of computational fluid dynamics for that purpose, to predict the performance of a manufacturing-scale bioreactor under various operating conditions.
Each year, ISPE celebrates innovations and advances in pharmaceutical manufacturing technology with its Facility of the Year Awards (FOYA) program. This year, we added a new category, Social Impact, to recognize companies that developed new standards and practices to prevent drug shortages and increase patients’ access to medicine, designed new tools or techniques that reduced the cost of drug...
In 2000, the U.S. Green Building Council (USGBC) introduced Leadership in Energy and Environmental Design (LEED) to create a methodology to promote sustainability-focused practices in the building industry. This article reviews the earliest protype that we know of for a LEED manufacturing facility, presents a real-world case study of a pharmaceutical manufacturing facility achieving LEED Gold,...
We have some clarity over the desired end point of zero carbon within the next 30 years (or sooner for some pharma companies), but our industry is uncertain how we will achieve this objective. As pharma engineers, we will all play a role in delivering this end point through the continuous improvement of existing facilities and by designing, equipping, and building new facilities that will be...
The article appraises the real-world experiences of two pharmaceutical companies approaching the rollout of energy- and water-reduction programs to selected facilities around the world. It is the result of more than two years of collaboration between the company corporate teams, individual site teams, and an external specialist consultant.
Sustainability is a key principle for pharmaceutical companies in 2020. However, translating corporate goals into meaningful improvements can be a challenge, particularly when competing factors such as complex technical requirements or ambitious project schedules are involved.
Manual decontamination procedures are laborious processes and can be costly, requiring significant time and resources to complete. Manual procedures also may need to be repeated if initial efforts do not fully kill pathogens. To reduce failures and potentially reduce cost, chlorine dioxide gas decontamination was investigated as an alternative solution.
Since the early 1990s, when the “upstart” biotech industry realized that its future success would be heavily influenced by the ability to manufacture multiple products within the same facility,
This article shares a process used to evaluate terminal HEPA filter maintenance programs serving a parenteral manufacturing plant. The evaluation determines whether maintenance history data supports extending preventive maintenance frequency.
This article shares a process used to evaluate terminal HEPA filter maintenance programs serving a parenteral manufacturing plant. The evaluation determines whether maintenance history data supports extending preventive maintenance frequency.
This article shares a process used to evaluate terminal HEPA filter maintenance programs serving a parenteral manufacturing plant. The evaluation determines whether maintenance history data supports extending preventive maintenance frequency.
