Looking forward, there is a growing dilemma that new modalities may increase the diversity of solvents – acetonitrile, for example, may be of particular concern.

A standardised, customisable heat transfer system allows the new nuclear systems to plug in to the existing coal plant infrastructure.A standardised cross-section design encloses the various types of reactor technologies while being able to expand to deal with various sizes of capacity that are required.

The non-safety related systems for different reactors have strong similarities and can be standardised across different reactor technologies.. A key driver for cost and duration of projects is the complexity of design, construction, and approval process for safety related systems.Traditionally, custom-designed nuclear grade facilities enclose a mixture of safety-critical, safety-supporting and other systems.Our approach is to separate out these systems and then standardise and optimise them as much as possible..

Replacing coal: process.simplification and standardisation.

A standardised, mass-customisable design solution will make it possible to use algorithmic design for key design tasks:.

Coal plant viability for refurbishment can be assessed using automatic tools.Transforming Construction Network Plus (TCN+).

As the leader of TCN+, Jacqui has worked to align academic voices with the needs of the construction industry, funding numerous projects that cover digital innovations, energy systems, manufacturing, and more, with a focus on creating change in business models and construction methods.. 4.Lessons from Other Sectors.

Jacqui discusses how construction can learn from more integrated sectors like aerospace and automotive, where industry voices are more unified and the government provides more substantial support, allowing for quicker advancements.. 5.Future of Construction.