Opportunity overview
The Queen Elizabeth Olympic Park was home to the 2012 London Olympic Games. The Lee Valley Regional Park Authority is now the proud owner of two of the venues based on the park: The Lee Valley VeloPark and The Lee Valley Hockey andTennis Centre. LVRPA owns an area of land that currently has around 36,000m2 of resin bonded ‘Gold Top’ surfacing. Much of the resin bonded surface is now showing signs of deterioration and requires stripping up and replacing. The substrate is mainly concrete laid to falls and the areas generally drain into Acco drainage channels. There are some additional areas of resin bound surfaces, but these are fairly small in terms of square metreage. The resin bound areas are porous and generally drain through holes drilled through the substrate into the ground below.
Awarded to
Amounts belong to published awards or contracts. Where several suppliers share one value, it is labelled as shared and is not a supplier-specific allocation.
Henderson & Taylor (Public Works) Limited
- Contract value
- £1.3m
- Awarded
- Not supplied
- Contract signed
- 17 Mar 2025
- Award ID
- 009863-2025-LVRPA2024/24-1
- Status
- active
- Location
- Chadwell St Mary, UKI5, RM18 8TJ, United Kingdom
Classification
- CPV45233253 — Surface work for footpaths
Lots
- The Queen Elizabeth Olympic Park was home to the 2012 London Olympic Games. The Lee Valley Regional Park Authority is now the proud owner of two of the venues based on the park: The Lee Valley VeloPark and The Lee Valley Hockey and Tennis Centre. LVRPA owns an area of land that currently has around 36,000m2 of resin bonded ‘Gold Top’ surfacing. Much of the resin bonded surface is now showing signs of deterioration and requires stripping up and replacing. The substrate is mainly concrete laid to falls and the areas generally drain into Acco drainage channels. There are some additional areas of resin bound surfaces, but these are fairly small in terms of square metreage. The resin bound areas are porous and generally drain through holes drilled through the substrate into the ground below.£2.5m