Domestic heating & hot water
Boiler and cylinder design, heat-loss assessment, radiator sizing, hydraulic balancing, controls, upgrades and performance optimisation.
What we do / Mechanical engineering
Mechanical systems designed around the building
Heating, cooling, ventilation and hot water engineered for comfort, efficiency, reliability and long-term performance.
Whole-system mechanical design
Comfort and performance begin with understanding demand
We design, install, upgrade and optimise mechanical systems around how the building is constructed, occupied and used. That means understanding heat loss, hot-water demand, occupancy, operating hours, zoning and controls before deciding what plant belongs in the building.
The result is a coordinated system that performs efficiently, remains maintainable and is prepared for the building’s future needs.
Mechanical services
From individual systems to complete plant strategies
Every service can be delivered independently or coordinated as part of a wider building-engineering project.
Commercial heating & plantrooms
Boilers, pumps, hydraulic systems, distribution, hot-water generation, plant sequencing, planned maintenance and system upgrades.
Air conditioning & cooling
Split, multi-split, VRF/VRV and chilled-water solutions matched to occupancy, heat gains, zoning, ventilation and energy use.
Ventilation & MVHR
Mechanical extract, supply-and-extract and heat-recovery ventilation designed around airflow, pressure loss, acoustics and filtration.
Underfloor heating
Wet underfloor systems, manifolds, circuit design, heat-load calculations, zoning, balancing and low-temperature heat-source integration.
Air-source heat pumps
Heat-loss-led sizing, low-temperature design, emitter assessment, hot-water integration, hydraulics, weather compensation and monitoring.
Gas engineering & safety
Domestic and commercial gas installation, servicing, inspections, fault finding, upgrades, landlord requirements and commissioning.
Commissioning & optimisation
Testing, balancing, controls refinement and performance verification so systems operate as intended in real conditions.
Our engineering process
Design, deliver, commission and improve
Good performance depends on more than installation. We coordinate the technical details through design and delivery, then commission the finished system and verify that it responds properly to real building demand.
- Site survey and assessment
- Heat-loss and demand calculations
- Plant and emitter sizing
- Hydraulic design
- Controls strategy
- Installation coordination
- Testing and balancing
- Performance optimisation
Planning or improving a mechanical system?
Tell us about the building, the current system and what needs to perform better.