C, but the additional air movement increases the risk of particle movement.
This means more power and cooling, and therefore more plant (e.g.chillers, heat pumps, generators, UPS) and distribution which can be difficult to install due to lack of space.
Also, existing office utility plant may simply be too old, inefficient, or unreliable for lab use, making upgrades necessary..While purified water can be generated locally, drainage for lab sinks and equipment can be challenging due to a lack of risers in a standard office and difficulties achieving falls, so an overhead pumped system may be necessary.Liquid waste may need to be collected and even treated on-site, which again means additional plant space, and potential spillage (e.g.
from vessels or emergency showers) also needs to be assessed – particularly on upper-floor office conversions.. Lastly, labs will typically use a range of gasses.These must be stored and distributed, and appropriate safety systems installed.
In some cases this can be relatively simple, while other gasses (e.g.
vaporised liquid nitrogen which is used in cryogenics, or oxygen which is used in bioreactors) can be very problematic – especially on upper-floors or where labs neighbour office tenancies.. 6.The essence is on tangible solutions - tech that attendees can integrate into their projects right away.. 3.
Building genuine connections.Unlike many industry events that can often feel somewhat impersonal, attendees at Advancing Prefab enjoy its open and interactive ambiance.
The emphasis is on real-world experiences, with participants sharing both their triumphs and tribulations.This creates an environment where learning is a communal effort, aimed at transforming the industry at the same time.. 4.
(Editor: Modern Power Banks)