Project Information
The new Sports Pavilion at Alkerden has been developed to support the wider community initiatives of the town, providing a modern, efficient facility designed with long-term sustainability and user comfort in mind.
ECO MEP were appointed at an early stage to deliver the full Mechanical and Electrical design, demonstrating early engagement with the project team and highlighting ECO’s ability to support clients beyond traditional consultancy roles. This proactive involvement allowed systems to be carefully coordinated from the outset, ensuring an efficient, future-ready solution aligned with the project’s operational requirements.
- Service
- MEP Services
- Location
- Alkerden, Kent
- Handover Date
- 2026
Delivery
The mechanical design focuses on energy efficiency, comfort, and low-carbon technologies. Heating and domestic hot water are provided by a Kronoterm air source heat pump, paired with 1,800 litres of hot water storage, delivering a reliable and highly efficient solution suited to the building’s usage profile.
To ensure good indoor air quality while minimising energy loss, two Nuaire Mechanical Ventilation with Heat Recovery (MVHR) units were installed. These systems supply fresh air and extract stale air, recovering heat from the exhaust air to reduce energy consumption and improve overall building performance.
Comfort is further enhanced through the installation of underfloor heating, providing even heat distribution throughout the pavilion and contributing to a comfortable environment for occupants while operating efficiently at low flow temperatures.
To support reliable irrigation of the cricket pitches, a compact pressure booster set was installed to enhance the available water supply. The system incorporates a CAT 5 compliant storage tank with an integrated, electronically controlled booster pump, ensuring full protection against backflow while delivering consistent pressure to the irrigation network. Supplied pre-assembled and fully tested, the unit allowed for efficient installation and minimal disruption on site. The built-in storage provides buffering during peak demand, while automatic pump operation and dry-run protection ensure dependable performance, helping to maintain high-quality playing surfaces throughout the season.
The electrical design delivers a robust and flexible infrastructure to support both current and future needs. Basic power has been provided throughout all areas, along with data cabling to support internet connectivity and CCTV systems.
Lighting is provided using low-energy LED fittings, with PIR controls installed throughout the building to minimise unnecessary energy use. The plantroom lighting is controlled via local switching. Emergency lighting has been installed internally and externally to ensure occupant safety and compliance.
Fire safety is addressed through a standalone fire alarm system, with first-fix cabling installed for a future intruder alarm, allowing for straightforward system expansion at a later date. Additional systems include controls wiring for the air source heat pump and MVHR units, as well as a disabled toilet alarm to ensure accessibility and user safety.