52 Bilder zum Thema "concrete drainage wells" bei ClipDealer

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Civil engineering. The welded lash of the water pipe lies on the ground
Installation of concrete sewer wells in the ground at the construction site. The use of reinforced concrete rings for cesspools, overflow septic tanks. Improvement of wells and storm sewage
Two concrete soakwells
Concrete rings for water or draw-wells
Concrete septic tank with a capacity of 10 cubic meters placed in the garden by the house, visible water below.
Constructing road on well prepared concrete base during laying of stormwater drainage system that will be installed
Concrete wells covered with waterproof mastic in a pipe-laying trench
Concrete septic tank with a capacity of 10 cubic meters placed in the garden by the house, visible water below.
Storm water drainage reinforced concrete wells in the dug trench. Water drainage system under construction
A plastic water pipe. A trench prepared for the installation of a water pipeline
Entering an old metal water pipe into a reinforced concrete well.Reconstruction of the old water pipeline
Concrete pipes prefabricated warehouse
Drainage system for the highway reinforced with stones
The welded lash of the water pipe lies before installation
A trench for installing water pipes leading to the sleeve across the road
New home is being constructed in which underground utility pipes sewers and water lines will be buried under foundation
Precast concrete for drains
Various types of prefabricated concrete for discharges
Large round concrete cement stone rings for the construction of sewage wells during the construction of the house
Various types of prefabricated concrete for discharges
Concrete rings for wells
Sewer pipes for laying an external sewage system at a construction site. Sanitary drainage system for a multi-story building. Civil infrastructure pipe, water lines and storm sewers.
Sewer pipes for laying an external sewage system at a construction site. Sanitary drainage system for a multi-story building. Civil infrastructure pipe, water lines and storm sewers.
Installation of concrete sewer wells in the ground at the construction site. The use of reinforced concrete rings for cesspools, overflow septic tanks. Improvement of wells and storm sewage
Installation of a reinforced concrete well for water supply and sewerage at the construction site. Well rings with cast iron hatch and construction tool
Road construction. Gravel sewage wells
Concrete rings for water or draw-wells
System of engineering structures sewage system for wastewater from the road, industry
The trench for laying and installation of water pipes.The reinforced concrete well is covered with waterproofing mastic, the hole is cut for laying pipes.Sand rammed base
An excavator stands next to concrete products at a construction site reconstructing an old water supply network
A wooden stakes for setting the height of the base of the pipeline for laying in the trench
concrete rings for draw-wells
Small factory for cement products
Sewer pipes for laying an external sewage system at a construction site. Sanitary drainage system for a multi-story building. Civil infrastructure pipe, water lines and storm sewers.
Concrete rings for wells
Close-up of a wooden stake for setting the height of the base of the pipeline laying in the trench
A large excavator stands next to concrete products at the construction site for the reconstruction of the old water supply network
Man is inside sewage pit, sewage works, work near home
The plumber covers the sewer well with a manhole cover. Water supply and sewerage in a residential building.
Concrete building materials
Civil engineering. The welded lash of the water pipe lies before installation
Plumbing pipe laying. Plastic polypropylene pipe. Sanitary, sewer drainage system for a multi-story building. Civil infrastructure pipe, water lines and storm sewers. Selective focus, shallow depth
Plumbing pipe laying. Plastic polypropylene pipe. Sanitary, sewer drainage system for a multi-story building. Civil infrastructure pipe, water lines and storm sewers. Selective focus, shallow depth
Using an excavator to bury a 10 m3 concrete septic tank located in the garden next to the house.
Plumbing pipe laying. Plastic polypropylene pipe. Sanitary, sewer drainage system for a multi-story building. Civil infrastructure pipe, water lines and storm sewers. Selective focus, shallow depth
Plumbing pipe laying. Plastic polypropylene pipe. Sanitary, sewer drainage system for a multi-story building. Civil infrastructure pipe, water lines and storm sewers. Selective focus, shallow depth
Engineers are devising plan for laying a drainage pipe for rainwater in retaining wall.
Using an excavator to bury a 10 m3 concrete septic tank located in the garden next to the house.
Concrete walls covered with waterproof mastic in a trench for laying pipes in the city
Plumbing pipe laying. Plastic polypropylene pipe. Sanitary, sewer drainage system for a multi-story building. Civil infrastructure pipe, water lines and storm sewers. Selective focus, shallow depth

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