Nuclear Fusion Seminar

The challenges of manufacturing a Commercially Relevant Prototype Fusion Powerplant will be addressed. Nuclear fusion offers the potential for long-term, sustainable, low-carbon energy, but significant technical challenges remain, particularly regarding the fusion fuel cyclemanufacture. The talk will examine the fuels used in fusion reactorspriority areas to address in manufacturing a fusion power plant, and discuss the challenges and potential solutions involved in developing a sustainable and efficient fuel cycle, which is essential for achieving commercially viable fusion energy.

Presentation 1: AI-driven fusion power plant design in the industrial metaverse

The presentation will focus on the design of fusion power plant digital twins in the industrial metaverse, an extension of the internet into three dimensions. Lee will explain how AI and digital twin technology are being used to accelerate the delivery of a first of a kind fusion power plant that will be self-sufficient in the generation and consumption of tritium fuel. 

Presentation 2:  Engineering the Confinement System for a Commercially Relevant Prototype Fusion Powerplant

This presentation explores the engineering challenges and innovations behind designing a confinement system for a commercially viable prototype fusion power plant. It will cover key principles of confinement, material considerations, and advanced control strategies needed to achieve sustained fusion reactions. Attendees will gain insights into cutting-edge approaches, including magnetic and inertial confinement, for optimisation of reactor performance for real-world energy production.

Presentation 3: Priority areas to address in Manufacturing a fusion power plant

This presentation outlines the key priority areas in manufacturing a fusion power plant, focusing on the critical challenges and innovations needed for commercial viability. Topics include advanced materials, precision fabrication of reactor components, supply chain scalability, and quality assurance for extreme operating conditions. Attendees will gain insights into emerging manufacturing techniques, and automation, aiming to streamline production to accelerate the deployment of fusion energy.