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Oral Surgery Birmingham Treatment Centre

Oral Surgery Birmingham Treatment Centre

Birmingham Treatment Centre

Healthcare

Healthcare

decarbonisation

MEP

PROJECT OVERVIEW

JackWolf Group was appointed to deliver the first phase of a £2.2 million scheme to replace all hot and cold water pipework within the Birmingham Treatment Centre. To enable the works, a carefully sequenced and phased approach was required, with areas of the building being vacated in stages.

Forming 12 oral treatment rooms, each with wash basins and IPS panelling behind, recovery areas, and back of house spaces for staff and consultants. Initially, we removed all internal fittings, services, walls, ceilings and finished back to the building shell. Then we installed new partitions, ceilings with full MEP (ventilation, water services, lighting and power) and full testing and commissioning. 

CONTRACT VALUE: £530k

JACKWOLF'S SOLUTION

• The works required new internal drainage. To avoid percussion noise and vibration we used core drilling machines to form trenches within solid ground floor slab.

• Introduced and used regime for the communal corridors, undertaking a full clean prior to after working shift.

• Used ‘zip door’ resealable accesses for the main door into site to reduce dust transference.

• We operated a shared access adjacent to an MRI facility; as a high risk, it could not suffer any interruptions. Through use of Permits to work and working to the agreed methodology, Jackwolf Group maintained services at all times. Additionally, all connected services were worked on during the outside normal hours, tested and checked before end of shift.

• To assist the occupation by Oral Surgery Dept, we brought forward the handover from Monday to previous Friday, allowing the staff to transfer their equipment and materials for starting to use the following week.

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PROJECT DELIVERY

JackWolf Group undertook the installation of new internal drainage as part of the works. Given the proximity to a live MRI facility, it was essential to minimise percussion noise and vibration, To achieve this, we utilised precision core drilling techniques to form drainage trenches within the solid ground floor slab, avoiding any disruptive impact. Additionally, all connected services were worked on during the outside normal hours, tested and checked before end of shift. 

PROJECT OUTCOME

The project was carried out while maintaining access for staff, patients, and visitors, ensuring cleanliness and collaboration with the NHS Estates team.

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