Question: “What is the need of taking a non-viable particle count after a power shut down for an hour. Our Class C area is stabilizing
after 30 minutes of a power cut?”
There are several reasons for deploying your Non-Viable Environmental Monitoring Program following a power outage,
but primarily it is to ensure that the HVAC has been restored and is now operating optimally – this is the 30-minute
stabilization that you witness in your Grade C areas. Grade C areas have a relatively high air exchange rate
(nominally, 20 air volumes per hour) so stabilization will occur rapidly in the unmanned state.
Online Workshop: Advanced Methods for Determining Physicochemical Properties of Solid State Materials
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- Created: Monday, 25 April 2022 14:51
courtesy of Surface Measurment Systems
Join us for this workshop organized with the CARPOR platform of the University of Liège to explore pharmaceuticals
and inorganic materials using vapor sorption techniques.
Why measure particles in fuel and hydraulic fluids
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- Created: Monday, 25 April 2022 11:10
by Albrecht Truter
An liquid particle counter measures the number and size of the particles in a liquid, but why bother to do that ?
This short article will answer that question.
In the case of hydraulic fluids the hydraulic compents has fine tollerances which can be damaged by to
many particles in the fluid.When maintenance are completed it also best practise to flush the system with clean hyraulic fluid and check the fluid is clean after the flush before placing the system back into service. Trend monitoring of hydraulic fluids also serve as an early warning of abnormal wear and possible impending failure in a system.
The Data Quality Concept – A New Challenge for Quality Experts
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- Created: Monday, 11 April 2022 09:09
courtesy of Particle Measuring Systems
The role of quality systems in pharmaceutical organizations has grown faster than any other function during the last 15 years. During this period, a small group dedicated to traditional Compliance grew and expanded to include Quality Experts in areas such as validation, product release, operations, sterility assurance, and other specialized functions.
Creating a deeper quality connection between manufacturing and engineering has always been the aim of that growth. Little by little, quality became fundamental to every step of the pharmaceutical manufacturing process: changing from a silo concept to a more fluid one. Now, a new challenge is approaching. The fourth industrial revolution (Pharma 4.0™) is the beginning of the “Smart Facility” era, where digitalization and automation will combine to reach very complex applications and life cycles. In this brand-new framework, Quality Experts will face the challenge of rethinking their roles and redesigning the Quality Systems of their pharmaceutical companies to be based on the concepts of Data Quality.
Just Added – Educational Podcasts from PMS
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- Created: Monday, 11 April 2022 08:01
courtesy of Particle Measuring Systems
What’s new and interesting in the world of environmental monitoring? The 5 most recent podcasts from PMS are listed here. See below for the complete library of archived episodes. Here is the link
How structured surfaces can influence the dewetting behaviour of water droplets during icing and melting cycles
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- Created: Monday, 28 February 2022 14:40
courtesy of Dataphysics
In January 2022, authors Lizhong Wang et al. published an article in Nature Communications with the title Spontaneous dewetting transitions of droplets during icing and melting cycle
. In it, they describe how the structure of a surface can influence the behaviour of a droplet during freezing and melting.
A case study of 4 hours active sampling using the Biocapt Single use - by Particle Measuring Systems
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- Created: Tuesday, 04 January 2022 15:58
courtesy of Particle Measuring Systems
Extended active microbial sampling is allways of interest due to the possibility
to decrease the number of samples that has to be processed as well as potential
cost savings. Particle Measuring Systems recently released a nice case study
that proves that 4 hours of active sampling is possible.