Articles:

If we are truly the dominant species we should and need to demonstrate the fact, through leadership and adaptation of what we do as individuals, but more importantly how we can come together to find expansive solutions to the problems we have caused..

Clients must understand the challenges and believe in the approach.The targeted benefits of DfMA should guide workflows, approvals, and decision-making from the outset.. DfMA Starts with Design.

To maximise the benefits of DfMA, plants must first be designed rationally and efficiently.Without a well-designed building, the DfMA approach will be applied to an inefficient design, diluting its benefits or even introducing costs and complexity..Battery plants typically have extremely large footprints to accommodate the linear assembly process.

However, requirements vary across different process stages.​•​ Early stages often involve vertical material transfer (e.g., wet chemicals).. ​•​ Later stages require significant ventilation, heat rejection, and cooling..

While designers may aim for uniformity across process areas, this can lead to inefficient and underutilised space.. Right-Sizing Battery Factory Designs.

A more cost-effective approach is to 'shrink-wrap' the assembly process.Some of the key themes are around air: providing more fresh air and avoiding recirculating air.

The guidance includes bypassing those heat recovery devices which may recirculate air in some circumstances, and considering air pathways – how air comes in, moves around and leaves a building.This is because occupants of a poorly ventilated room are exposed to a higher concentration of airborne pathogens.

The risk of exposure increases with the time spent in such an environment..Suddenly, wellbeing and temperature control are higher on the priority list than energy efficiency and the climate emergency.. More fresh air, and its impact on energy efficiency.