Royal Bolton Hospital Maternity RAAC Replacement

Working on a live maternity environment demands precision, strategic planning, and a deep sense of care, qualities Robertson brings to every stage of this project. With only one theatre accessible at a time, the work is being meticulously phased to ensure uninterrupted maternity, antenatal, and postnatal services.

To maintain full operational capacity, temporary rooms have been installed, enabling staff to continue their work and patients to receive essential care without disruption.

Each phase is carefully coordinated with hospital staff and the client to minimise impact while delivering high-quality outcomes that improve both performance and energy efficiency.

Internal hoardings are constructed from PVC to allow for thorough cleaning, supporting infection control and safeguarding immunosuppressed patients. Robust dust mitigation systems are in place to reduce respiratory risks.

Patient comfort remains a top priority, with noise levels continuously monitored and benchmarked. A trusted supply chain, experienced in complex hospital environments has also been selected to ensure the work meets the highest standards of safety and quality.

Thoughtfully designed to meet the evolving needs of women, families, and newborns, the hospital’s transformation places patient care and comfort at its core.  

A comprehensive refurbishment of the operating theatres and adjoining ancillary spaces will deliver a clinical environment of the best performing standard.  

The addition of a 62-bed maternity suite, three fully functioning theatres, and four birthing rooms will help ease pressure on neighbouring maternity units across the borough, improving patient flow and supporting staff efficiency. Upgrades to the mechanical ventilation system will enhance well-being, providing consistent temperature regulation to support patients and their families. As part of the preparation, essential asbestos removal and the strip-out of Level 1 walls was carried out with safety and long-term health as the top priority. 

While the building retains its original structure, key alterations have been made to support net zero lighting and enhance overall energy efficiency. Photovoltaic (PV) panels and solar windows not only generate renewable energy but also help regulate internal temperatures, reducing the risk of overheating.  

As an alternative to traditional radiators, temperature control is provided through an air handling plant, utilising natural resources and low-emission gases. Though the building will not be fully reclad, a modern façade treatment will significantly refresh its appearance, giving the currently tired, ageing structure a more dynamic and welcoming feel for patients and visitors.