Retford Fire Station Redevelopment for Nottinghamshire Fire & Rescue Service
EP Consulting played a key role in the £4m demolition and rebuild of Retford Fire Station, enhancing Nottinghamshire Fire & Rescue Service's operational capabilities with a modern, efficient facility.
Scope of Work
EP Consulting delivered comprehensive M&E services for the complete redevelopment of Retford Fire Station. Our scope included designing mechanical and electrical systems for new facilities, including covered appliance bays, support accommodation, fire kit room, showers and changing rooms, general offices, gymnasium, training room, cleaners and general stores, kitchen, communications room, a breathing apparatus (BA) preparation area, and RT compound. A photovoltaic array was installed to harness solar energy and improve the station's energy efficiency.
Challenges and Solutions
The project involved the complete demolition of the existing fire station and the construction of a new, modern facility within a 59-week timeframe. EP Consulting provided critical M&E performance specifications and client representation, focusing on integrating advanced systems and renewable energy solutions. Our team ensured that all design and construction phases met Part L2 Building Regulations and addressed the project's sustainability and operational goals.
Results and Impact
The newly constructed Retford Fire Station enhances operational efficiency with its modern facilities and energy-efficient design, including a photovoltaic array. Completed within 59 weeks, the facility supports the Nottinghamshire Fire & Rescue Service with robust, sustainable infrastructure, aligning with environmental standards and boosting overall performance.
Key Facts
Client
Nottinghamshire Fire & Rescue Service
Sector
Emergency Services
Value
£4m
Location
Retford
Services
- BREEAM
- BRUKL
- Budget Costing
- Electrical Design
- EPC
- Feasibility
- Low Carbon and Zero Carbon Installations
- Mechanical Design
- Part L2 Building Regulations
- Renewable Energy Solutions
- Thermal Modelling