Installation - ECS Engineering Services

Our turnkey fabrication service is supported by experienced project managers and engineers. Our on-site installation teams can take responsibility for delivering and erecting virtually any structural project.

From logistics planning to crane lifts and final commissioning, our on-site engineers have the qualifications and expertise to complete projects safely and on time.

Our quality checking and procedures mean that multi-discipline teams can be deployed that have the skills and resources to ensure every aspect of a project is properly delivered and checked before final handover to the client.

Related Case Studies

Daw Mill Mineshaft Cover

London Sewage Treatment Works – Access Steelwork

Erith Cycle/footbridge Steel Bridge

Foss Barrier Fabricated Steel Frame

A major part of this work has involved filling in the 2 mineshafts, which required a specially engineered cover plate to be constructed.

ECS Engineering Services has been contracted to provide all of the access steelwork during the construction of new sludge blending tanks.

The bridge was fabricated by ECS, measuring eight metres long by four metres wide and consisted of the main deck and a steel parapet that was bolted on later in the project.

ECS has provided the 100 tonne fabricated steel frame for the pump hall, plus a further 30 tonnes of steelwork for the Control Room

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Flap Valve install

Mill Beck Flood Defence Scheme

Lumley Mill Penstock

Shardlow Pumping station upgrade

ECS installed two 2mx2m Fluid Control HDPE composite flap valves incorporating fish friendly outlets, to give a low maintenance solution.

ECS was responsible for the installation of the penstock and the new control kiosk, which is located on higher ground to avoid the flood water.

ECS Engineering Services has recently completed the installation of a new three-gate sluice as part of local improvements to the flood prevention scheme.

ECS appraised the options for new pump selection, based on nstalled costs and performance and made a suggestion of a canister pump design that provided an increased flowrate with a reduced power requirement of only 16 kW, a significant energy saving over the life of the upgraded pumps.

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