She reminds us that.
Additionally, some lab operations can be extremely vibration sensitive, and a lightweight steel-framed office might not be the best starting point..Potential solutions include spacing and arranging lab equipment or storage to better distribute loads or reduce vibrations (e.g.
by placing sensitive equipment near grids and cores), introducing new steelwork, converting ground-floor units or older, sturdier buildings, or localised solutions such as spreader plates, analytical benches, and even active dampening systems..Lab fit-out in a building originally intended for office use.Fume cabinets installed as part of a biotech lab fit out in an existing office.
Kit-of-parts developed by Bryden Wood for rapid deployment of labs into existing office and commercial spaces.Bryden Wood's kit-of-parts for lab design.
Existing office buildings may struggle to accommodate new laboratory HVAC plant and distribution..
Laboratory air-changes will be many times higher than those found in an office.So purely to replace aviation fuel we must exponentially increase our ability to deliver hardware.
And of course, it doesn’t have to be nuclear.50,000 wind turbines would also deliver the required power, in the world today there are already 350,000.. Industrialisation of the past advanced many things for humans, but it has also led us into this deep furrow.
The fourth industrial revolution has often been proclaimed as that of AI, Machine Learning, the internet of things, but the fourth industrial revolution needs to be about decarbonisation.This will be about the industrialisation of wind, wave, water, solar power; industrialisation of energy saving, carbon-capture and energy storage.
(Editor: Basic Laptops)