The Forge: new frontiers in whole life carbon reduction

It is common practice to solve the problem by enclosing timber for increased fire protection.

Kirsty Gogan discusses the potential of advanced nuclear technologies, including small modular reactors and advanced heat sources, to significantly contribute to decarbonising the global energy sector.These technologies can be more compact and manufactured in factories, offering a scalable and financially feasible solution compared to traditional large-scale nuclear projects.. 2.

The Forge: new frontiers in whole life carbon reduction

Repowering coal:.A significant focus of the episode is on the '.project, where existing coal plants are repurposed by replacing coal boilers with advanced nuclear heat sources.

The Forge: new frontiers in whole life carbon reduction

This approach leverages existing infrastructure and transmission lines, drastically reducing the need for new construction and minimising community disruption.. 3.Global energy demand and infrastructure:.

The Forge: new frontiers in whole life carbon reduction

The discussion highlights the increasing global energy demand, particularly from developing countries, and the challenges associated with meeting these needs while reducing emissions.

Emphasis is placed on the necessity of a diverse energy portfolio to ensure reliable and sustainable energy access worldwide.. 4.Industry Challenge.

The construction process is linear, sharing still involves multiple ‘hand offs’, between parties with imperfect transfer of information and data leading to rework and duplication..The greater level of technical design required pre-planning application submission will change the cashflow profile of many projects..

Platforms solution.Open and shared information is integral to the platforms approach: across projects and across sectors..

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