The James Black Centre
In 2019, King's College London embarked on a visionary refurbishment project aimed at spearheading groundbreaking research in cardiovascular health, sickle cell disease, and neuroscience. Central to this ambitious endeavor was the creation of a cutting-edge research hub, aptly named The James Black Centre. Recognising the critical importance of ensuring pristine air quality and safety within laboratory environments, King's College London turned to MAPUK to play a pivotal role in this transformative initiative.
As a leading expert in ventilation solutions, MAPUK was tasked with designing and implementing a state-of-the-art ventilation system tailored specifically to the unique needs of The James Black Centre. Our team leveraged their extensive expertise and technical acumen to devise a comprehensive ventilation strategy that met the stringent requirements of laboratory settings.
MAPUK rose to the occasion, delivering a bespoke ventilation solution characterised by innovation, reliability, and efficiency. By strategically integrating a combination of advanced diffusers, exhaust systems and filtration technologies, we created an environment conducive to cutting-edge research while prioritising the safety and comfort of laboratory personnel.
Name:
The James Black Centre
Specifier:
MG Partnership
Project type:
Health & Education
Installation type:
Plant Room and Room Side Laboratory Areas
Location:
Denmark Hill, London
Teaming up with esteemed engineering consultant MG Partnership, MAPUK assumed a pivotal role in revolutionising the ventilation system at the James Black Centre, a building designed as a safe and conducive environment for groundbreaking research endeavors.
The project involved a multifaceted approach to ventilation enhancement. Over 200 KLB gas tight dampers were strategically installed, ensuring hermetic sealing to safeguard the laboratory's health and safety protocols. These dampers played a crucial role in enabling fumigation and isolation procedures when necessary, providing researchers with the utmost security and peace of mind.
Additionally, the integration of VRW constant volume flow regulators added a layer of precision and control over airflow management. These regulators ensured that airflow remained consistent and controlled, catering to the meticulous research needs and maintaining optimal environmental conditions for experimentation.
To further optimise air distribution, the implementation of new displacement panels and DINO-T displacement diffusers represented a paradigm shift in ventilation technology. Seamlessly incorporated into the ceilings, these innovative diffusers facilitated low-velocity airflow throughout the laboratory space, creating an environment conducive to focused and productive research activities.
Our unwavering commitment to pioneering ventilation solutions was evident throughout the project, culminating in a significant elevation of ventilation standards. The result was an environment where optimal indoor air quality and safety were assured, setting the stage for scientific discoveries and advancements in cardiovascular health, sickle cell disease, and neuroscience research.
