Solving the problems of hydraulic engineering at a professional level
— a full cycle of works on the construction of river and sea hydraulic structures on a turnkey basis in a short time with guaranteed quality;
— performance of certain types of construction and installation works at hydraulic facilities;
— engineering and geological surveys and laboratory research of soil properties;
— development and, if necessary, adjustment of the project in accordance with the working conditions;
— stone and earthworks for the construction of dams (excavation, high-quality embankment, drainage, rock placement of prisms and fastening of slopes);
— structures made of monolithic reinforced concrete (concrete dams, spillways, water intake structures, water supply galleries, pumping stations, bridges and culverts on highways).
Directions of hydraulic engineering
— sewage transfer facilities (large-diameter pipelines, canals and structures on them, pumping stations);
— reservoirs and ponds with a full range of necessary structures;
— anti-seepage structures, including those of the “wall in the ground” type;
— flood control systems and structures;
— anti-erosion and nature protection structures;
— bank protection of river and sea coasts;
— drainage of flooded areas;
— road culverts;
— control and measuring equipment of hydraulic structures;
— development of rules for the technical operation of hydraulic structures;
— development of tender documents for the construction of hydraulic engineering facilities.
— a full cycle of works on the construction of river and sea hydraulic structures on a turnkey basis in a short time with guaranteed quality;
— performance of certain types of construction and installation works at hydraulic facilities;
— engineering and geological surveys and laboratory research of soil properties;
— development and, if necessary, adjustment of the project in accordance with the working conditions;
— stone and earthworks for the construction of dams (excavation, high-quality embankment, drainage, rock placement of prisms and fastening of slopes);
— structures made of monolithic reinforced concrete (concrete dams, spillways, water intake structures, water supply galleries, pumping stations, bridges and culverts on highways).
Directions of hydraulic engineering
— sewage transfer facilities (large-diameter pipelines, canals and structures on them, pumping stations);
— reservoirs and ponds with a full range of necessary structures;
— anti-seepage structures, including those of the “wall in the ground” type;
— flood control systems and structures;
— anti-erosion and nature protection structures;
— bank protection of river and sea coasts;
— drainage of flooded areas;
— road culverts;
— control and measuring equipment of hydraulic structures;
— development of rules for the technical operation of hydraulic structures;
— development of tender documents for the construction of hydraulic engineering facilities.