They are the embodiment of a system.

We developed a particular set of tools and an approach that over time became what we now refer to as Design to Value.As we have evolved this approach over the years, we’ve extended it to include many more pharmaceutical engineering projects, as well as a wide range of other sectors, from heavy industry to prisons.. Part of our role is to act as pharmaceutical plant design consultants.

What we aim to do is make sure that projects are well aligned with business requirements; to define and design future assets that translate a company’s strategic objectives into tangible manufacturing facilities – and provide added value.The key point here is that we put a great deal of effort into defining the business needs.That is, after all, why we're doing the project.. We also invest effort into constantly assessing how well our design solutions match those needs.

This has often resulted in solutions that require no capital expenditure at all, because we find different ways of meeting the requirements..The Design to Value approach relies fundamentally on close collaboration between a wider range of experts than is seen in conventional projects, particularly including business functions.

These experts are actively involved in the definition and search for solutions on an equal footing with the engineering and architectural people who would normally be considered part of the project team.. We also use an iterative approach to pharmaceutical facility design, recognising that good solutions emerge from exploration of all the options.

So our chances of finding the optimum solution are increased when compared to more linear design approaches..In addition, she highlights the fact that a power plant using advanced heat solutions, costing one to two billion pounds to build, and which is quickly assembled on-site, is much easier to finance, and much better for local communities, than a very large scale, 20 billion pound construction project that creates years of disruption, dust and noise.. Gogan believes that any remaining sceptics will become convinced about the benefits of nuclear as they become more aware of the versatility on offer by these new nuclear, advanced heat solutions, which are capable of delivering so much more than consistent, reliable electricity.

In actuality, electricity accounts for just 20% of our energy usage, and we can use these new nuclear technologies to produce not only electricity, but also emissions-free heat, which offers a variety of benefits and uses, from hydrogen production and the desalination of water, to the supply of heat to homes and businesses..Problems with renewable energy: wind and solar challenges.

Realistically, if we truly want to bend the curve on carbon emissions, we must start diversifying our strategies, relying on more than just renewables.Advanced heat solutions represent excellent complementary technologies to wind and solar power, as these renewables face real challenges.