About this event
Date/Time: 10:00 am to 12:00 pm CET on June 11th 2025
Language: Swedish & English
The webinar is made for technicians, analytical experts and laboratory managers who are interested in ensuring or improving analytical performance within Industrial emissions. It is free of charge, all you have to do is to register. Feel free to forward this webinar to any of your colleagues.
The presentations are provided as individual modules, meaning that you can attend just those parts which you are interested in. Most modules are in Swedish and one is in English.
10:00 - Welcome and introduction of presenters
10:05 - ISO 17025 and 17034 accredited mixtures and Swedish regulations for emissions measurements: ISO-17025 and ISO-17034 mixtures are increasing in importance for emissions measurements for both regulatory and reliability purposes. But the choice of accredited mixtures have implications for both users and vendors -Peter Stjernberg & Martin Vasarhelyi
10:25 - Regulators and equipment for reliable measurements: Choosing the right equipment for your analysis is critical to measurements too. Safety is critically important. In this part here is a number of points to consider to help you address both issues -Joacim Soderberg
10:50 - 15 min break
11:05 - Safely transporting calibration gases in vehicles: Transporting and handling gas cylinders means handling and transporting dangerous goods. Per-Erik Nilsson will talk about which rules apply and what you really should do and not do to make this safe -Per-Erik Nilsson
11:30 - Reliable measurements of challenging molecules: Making sure that you properly prepare your gas delivery equipment in order to get reliable results. Dr. Stephen Miller shares his many years of experience within the development and analysis of some of the most challenging molecules: reactives and low concentration mixtures -Dr. Stephen Miller
Hosted by
With 67,100 employees in 73 countries, Air Liquide serves more than 3.9 million customers and patients. Oxygen, nitrogen and hydrogen are small molecules essential to life, matter and energy.