Client: The University of Birmingham 

Location: Tyseley 

Value: £1.7 million

Chiel Construction successfully delivered the refurbishment of an existing factory unit in Tyseley, Birmingham, transforming the space into a fully operational magnet recycling facility for the University of Birmingham’s research operations.

​

Working under a JCT contract with Contractor’s Design portions, procured via competitive tender, the project involved a comprehensive upgrade of the building to accommodate specialist research and industrial processes. The scheme incorporated full BIM coordination and required the integration of complex mechanical, electrical, and process systems. 

​

The works included asbestos removal, environmental cleaning, structural modifications, and the construction of new concrete bases and fire-rated enclosures for critical plant areas. A significant element of the project was the installation of a wide range of specialist services, including LEV extraction systems, compressed air, gas detection, ventilation, air conditioning, and building management systems, alongside full electrical upgrades such as new power distribution, lighting, emergency systems, and lightning protection. 

​

Further works included the fabrication and installation of a 17-metre-high external exhaust structure, service duct installations, and extensive builder’s work in connection with complex service penetrations and integrations. Internal finishes were completed with fire stopping, decoration, and resin flooring, ensuring a durable and compliant operational environment. 

​

Delivered within a live operational environment and landlord-managed facility, the project required close coordination with stakeholders, daily collaboration with the end user, and careful management of site constraints including existing plant, contaminated ground, and ongoing building operations. 

​

The project was completed over a 23-week programme, delivering a highly specialised, fully serviced facility that supports advanced research and industrial processes while meeting stringent safety and regulatory requirements.