The projection is that the industry will make a 45% shift to industrialised construction.

This initiative aims to foster a collaborative environment where companies can collectively address common engineering challenges in pharmaceutical manufacturing.The guiding principle, 'Compete on chemistry, collaborate on engineering,' reflects the approach that while each company maintains its proprietary research focus, they come together to share innovations in.

process intensification, modularity, and automation.This collaboration is intended to reduce costs, enhance sustainability, and ultimately accelerate the production and accessibility of essential medicines.The event highlighted both the opportunities and obstacles to implementing new manufacturing technologies and provided a space for companies to strategise solutions to industry-wide challenges.. 4.

Industrialisation as a catalyst for carbon reduction.Jaimie emphasised that industrialisation, particularly when guided by sustainability goals, has the power to reshape industries and reduce carbon footprints.

Smaller, modular facilities and continuous processing offer more than operational efficiency—they represent a pathway to decarbonise manufacturing processes on a global scale, achieving high-impact results in less time..

Learn more about our.Adapting to the rise of AI and increasing power demands.

The rise of AI is transforming the data centre landscape, leading to a significant increase in power consumption and the need for more efficient cooling solutions.Lincoln explains how data centres are adapting to these changes by exploring advanced cooling technologies, such as liquid cooling, to handle the higher heat loads generated by AI applications.

The industry is currently in a learning phase, adapting to these new requirements while simultaneously building and deploying new facilities.. 4.The importance of sustainability in data centre design.