Tenby Golf Club
January 2023 - September 2023
For Tenby Golf Club, we executed a comprehensive installation of mechanical services to enhance the overall functionality and comfort of the facility. Here's an overview of the work completed:
General Description Of System
LPHW Heating General Description
Heating is provided to the existing golf club ground floor & first floor dormitories via
a new gas fired boiler which is mounted in the plantroom. Flues rise off the top of
the boiler to atmosphere in accordance with building regulations and through the
roof via existing flue openings replacing the old boiler. Heating flow and return is
provided to the existing radiators and the new extensions ground and first floor
radiators via a system of copper pipework terminating in radiators positioned
throughout the building and as indicated on the record drawings. Each radiator has
its own thermostatic radiator control valve. The heating system has zone valves
witing the existing plantroom and feeds and controls the heating zones via a
refurbished BMS control panel and remote sensors to each zone. The heating to
each zone is controlled via a new controller mounted within the BMS control panels
in the boiler room and room stats so that each zone will provide time-controlled
heat independent of each other. The zone valves are mounted within the boiler room
along with the controls for the installation.
Domestic Services
Domestic hot water system is also provided by means of a system of copper and
distribution pipework which terminates in taps throughout the golf club new
dormitories and kitchen installation . Each whb is also fitted with a tmv3 mini mixing
valve to ensure temperatures are between 42 to 45degrees. The HWS is generated
via the 2no slimline HWS Indirect s/s unvented cylinders (1no existing and 1no new)
and are served via primary heating pipework feeding the cylinder via the new LTHW
heating boiler. The HWS is controlled via the existing 2 port valve system via the
new controller in the BMS control panel. At the extremities there are pressure and
temperature regulating valves which serve to keep the temperature and circulation
of the HWS at an elevated level to ensure demand at the showers and basin is in a
constant flow and availability.
Gas Services
A new Gas Main has been connected on outside via the Gas meter using a system of
underground MDPE E/F Gas Pipework. This then feeds the Plantroom area via the
ground floor dormitory ceiling space via a tracopipe system and connects to the
existing gas pipework within the boiler room feeding the new boiler via existing
pipework. The pipework is run in accordance with the record drawings.
Boosted MCWS
MCWS is provided to the building via a system of copper and underground mdpe
pipework terminating in taps and outlets through the building as indicated on the
record drawings. Boosted mains cold water is provided via the existing Stuart Tuner
Booster has had a replacement head to ensure performance in this new installation.
General Extract Ventilation Dormitories
Extract ventilation is provided by means of dedicated extract fans serving the new
extension dormitories operated via light switch and have trickle vent type
functionality and humidity sensors . Extracted air is provided by means of a system
of plastic and flexible ducting terminating in external mounted grilles on the first
floor and via roof terminals on the ground floor.
Kitchen Extract Fans
The new kitchen canopy installation has extracted air facility which is provided by
means of a system of galvanised steel ductwork which has been installed above the
ceiling emanating from the new kitchen canopy and extracted by a roof mounted
AHU above on the flat roof. There are also two wall mounted heat recovery fans
mounted in the wall which provide both supply and extract facility to the kitchen.
The fans and the ventilation in the kitchen work via a remote interface controller as
indicated on the record drawing.
