Trimley St. Martin Housing

Division:

  • Design & Build
  • Recycling
  • Civil Engineering
  • Coordination & Integration

LPL were contracted to contribute to the development of a housing estate in Trimley, St Martin. The LPL construction and civils division undertook the groundworks for the project, which included laying 6,200m² of block paving and 1,800m² of paving slabs.

Below the surface, LPL installed 13 soakaway crate tanks, a 180 linear meter infiltration drainage system, and a 5-meter-deep PCC downstream defender. Additionally, the team excavated and installed a 100m³ attenuation pond to manage surface water drainage.

Over a 10-week period, LPL completed S278 and Section 50 works, which involved forming a new bellmouth (for flow and level control), establishing adoptable drainage connections within the road, service diversions, widening existing adoptable footpaths, and creating road islands.

The scope of work also included installing both adoptable and private drainage systems up to 4 meters deep using clay, concrete, and plastic pipes. The client was highly satisfied with the quality of the completed work, and the project was delivered on time.

  • LPL laid 6,200 m2 of block paving and 1,800 m2 of paving slabs.
  • LPL installed 13 nr soakaway crate tanks, 180 lin m infiltration drainage system, a 5m deep PCC downstream defender and 100m3 attenuation pond to manage SW drainage.
  • There was 10 weeks of S278 and section 50 work which included forming the new bellmouth, adoptable drainage connections in the road, service diversions, widening the existing adoptable footpaths and creating islands in the road.
  • The work included adoptable and private drainage up to 4m deep using clay, concrete and plastic pipes.

Services undertaken:

  • EXTENSIVE GROUNDWORKS
  • HEAVY MACHINERY AND EXCAVATION
  • LAYING OF BLOCK PAVING AND PAVING SLABS
  • HIGH-FOCUS ON DRAINAGE
  • INFILTRATION DRAINAGE SYSTEM
  • DOWNSTREAM DEFENDER
  • EXCAVATION OF ATTENUATION POND
  • INSTALLATION OF SOAKAWAY TANKS
  • FLOW AND LEVEL-CONTROL
  • SERVICE DIVERSIONS
  • FOOTPATHS
  • ADOPTABLE DRAINAGE SYSTEMS