Conferences  >  Engineering  >  Metallurgy and Materials Science  >  United Kingdom

Applied Market Information LLC – AMI

AMI's Polymer Engineering for Energy event (formerly “Oil & Gas Non-Metallics”) has evolved to reflect continued diversification in the energy sector. Returning to London, this high-level international event is well established as the leading learning and networking forum for suppliers of polymer-based products and solutions for the energy sector. Whilst still focusing on polymer solutions for oil and gas, the event also covers new advances in polymer engineering for hydrogen service and for the global energy transition.

Plastic Processing, Composite Materials,    Conventional and Renewable Energy Production

Applied Market Information LLC – AMI

The decarbonisation trend, and the transition to a pure hydrogen economy, is affecting the entire energy supply system, putting pressure on all industries – and the polymer market is no exception. Polymers in Hydrogen and CCUS Infrastructure explores the polymer requirements and solutions for a new era of the hydrogen economy.

Plastic Processing, Composite Materials,    Conventional and Renewable Energy Production

Since the inaugural meeting at Kyoto, Japan in 1993, the International Symposium on Metallic Multilayers has been held around the world; in places including Cambridge (1995), Vancouver (1998), Aachen (2001), Boulder (2004), Perth (2007), Berkeley (2010), Kyoto (2013), Uppsala (2016), Madrid (2019), and Seoul (2023). Continuing with this rich tradition of success, the 12th conference will return to the UK after 30 years and be held in Leeds. The central thrust of the MML series of symposia is to bring together scientists working on metallic multilayers and heterostructures to share their latest research results and discoveries. The main emphasis of the symposium is on new developments in metallic, magnetic, and superconducting heterostructures yielding novel physical phenomena, often emerging from interfacial properties, as well as applications arising from those new effects.