Need for Sophisticated Energy Debate:.

Whether it be a generator, a panel, a bathroom pod, or something else, productisation will provide something solid to work with inside a sea of fluidity, something we can “actually track through and map…”.The key, she says, is that the products must be fully defined.

We must understand every aspect, including workflows, performance, and sustainability.Further, it’s important to recognise that productisation won’t solve everything.However, it will give us a starting point.. Marks refers to this as “chaos to order theory,” a phrase she coined after a superintendent on one of her first jobs described his positive experience working with bathroom pods.

The pods created a welcome amount of certainty and consistency in his day.He could count on receiving them, he knew exactly what they were, and he could schedule his other work around them.

This is the power of productisation, Marks says, elaborating on her previous metaphor by saying that when you build a “man-made reef in the middle of the ocean... ecosystems build around it.”.

Bringing up digital twins, she reiterates that it’s only through productisation, not process, that we’ll have the level of certainty needed to be able to do things correctly and to the best effect.It was noted that there are streams of scientific development in AI models which can help predict the production of harmful impurities and detect these impurities cheaply at parts per billion and parts per trillion levels.

Even now, the cost of solvent supply represents only 1% of Cost of Goods, although this amounts to $4bn globally.These numbers do not include the money spent by the industry to treat solvent waste, manage the safety risks, or pay any application of carbon tax.

If the market opportunity becomes clear and entry eased, there is an almost unlimited source of non-fossil organic materials from industrial waste streams e.g.food, drink, paper, fabric and agriculture.