Element Environmental are hosting an in-person seminar on November 19 at the National Motorcycle Museum, Birmingham. This event will provide non-chemist professionals with a comprehensive understanding of environmental analysis techniques and trends.
About the event
Our experts will deliver a comprehensive overview of environmental analysis, including sampling techniques, lab testing, and future trends.
The event covers contaminated land, water, waste analysis, and includes information on testing for asbestos, VOCs, PFAS, dioxins, furans, and more.
The event costs £75 for clients, £150 for non-clients, and includes a buffet lunch. Free parking is available on site.
Sign up for the event via eventbrite.
The benefits of attending
- Gain a comprehensive understanding of contaminated land, water, and waste analysis.
- Learn key sampling techniques and lab testing methods for various compounds.
- Get insights into asbestos, VOCs, PFAS, and other critical contaminants.
- Understand future trends in environmental testing and regulations.
- Access expert knowledge from experienced chemists available for Q&A.
- Improve your ability to work with environmental data as a non-chemist.
- Network with professionals from related industries, including consultants, engineers, and local authority staff.
- Enjoy a buffet lunch and interactive learning environment.
Related Services
PFAS Testing
Find out how PFOS and PFOA testing with Element's experienced technicians can ensure that you remain compliant with regulatory standards protecting human health and the environment.
Water Testing Services
Find out how we help our customers to the legal and regulatory requirements for drinking water, ground water, surface water and waste water.
VOC Testing
Element provides testing for a wide range of Volatile Organic Compounds in drinking water, groundwater, surface water, soil, and waste.
Dioxins and Furans Testing
Element offers accredited analysis of Dioxins and Furans, and Dioxin-like PCBs for stack emissions, ash, vegetation, soils, and water samples.