The term 'bio-revolution' refers to the recent and rapid progress in the field of life sciences, driven by significant scientific breakthroughs and advancing technologies like AI, automation, and genomics.
Heat rejection systems, including mechanical cooling, have started to reach a plateau, with manufacturers making incremental enhancements to accommodate higher chilled water temperatures within the ASHRAE A1 range..The next significant leap in the industry lies in the adoption of liquid cooling.
Many larger data centre operators are now integrating liquid cooling solutions into their facilities.However, the lack of a standardised design topology for liquid cooling systems and their various configurations, poses a challenge.We may witness the emergence of two distinct data centre topologies: the energy-efficient approach versus the high-density model, or perhaps a hybrid combination of both.
These design choices will significantly impact heat rejection systems and other critical aspects, such as IT infrastructure development..While the industry strives to reduce PUE in data centres, sustainability efforts should also focus on minimising process water consumption during adiabatic cooling.
Cooling towers, which consume substantial amounts of water year-round, may eventually be phased out or replaced with hybrid systems that prioritise dry cooling methods or utilise HDAC units.. By embracing these trends, data centres can enhance efficiency, reduce environmental impact, and pave the way for a more sustainable future in the ever-evolving landscape of IT infrastructure.. References.
ASHRAE TC 9.9 white paper 2011 Thermal Guidelines for Data Processing Environments.Standardised solutions facilitate efficient operation and maintenance, as well as aiding staff and prisoner wayfinding and navigation.. A developmental process, an evidence-based approach.
Bryden Wood had been working with MoJ since 2011, when we helped developed their BIM Implementation Plan.We went on to join the MoJ’s multi-disciplinary designer framework in 2014 and, before PETP, developed a ‘proof of concept’ for the application of DfMA to the custodial estate..
In February 2016, at the beginning of PETP, we conducted research into the aspects of design that can help influence rehabilitative outcomes.The huge stakeholder engagement effort that informed the new prison design was the biggest piece of research ever undertaken by the department into the effectiveness of prison design and building use.