On 24 July 2012 Saint-Petersburg Foundation for Investment Projects and ZAO "Geningconsult" signed the Contract for Engineering Consultancy Services in the Traveler's Palace - Main Building restoration project.
Dam protects St. Petersburg against floods
The complexof dam structures, which was built around St. Petersburg with the participation of ZAO "Geningconsult",preventeddamageto St. Petersburgfrom possiblefloodingon November 28, 2011amounting toUSD 42 mln.
Procurement and installation of boiler plants for reconstruction of heat supply systems for residential and municipal buildings in the historical part of the city. Pilot sub-project “Kvartal 130”.
Procurement of equipment and works for reconstruction of the municipal heating system of the residential areas of the City of Volgograd, including modernization of the boiler houses, CHPs, pipelines.
Procurement of equipment and works for reconstruction of the municipal heating system of the residential areas of the City of Tambov, including modernization of the boiler houses, CHPs, pipelines.
Procurement of equipment and works for reconstruction of the municipal heating system of the residential areas of the City of Krasnoyarsk, including modernization of the boiler houses, CHPs, pipelines.
Construction of sewage collector Kuibishev 28 and 30 and four sewage pumping stations (SPS). Reconstruction of the chlorinator station by 11500 cu. m/day capacity.
Construction of the chlorinator station, day capacity 5000 cu. m. Construction of 10 new wells, rehabilitation of 6 existing wells. Well height – 50 m; day capacity – 5000 cu. m.
Reconstruction of heat, hot and cold water supply systems, mounting of individual heat points, repair of roofs, basements, entrances, inter-panel sealing, wall insulation.
Delivery of equipment and materials, mounting and starting of autonomous boiler house, training of specialists in working with the plant, its setup, maintenance and repair. Connection of the autonomous boiler house to engineering, heating and water supply systems
Retrofit of heat, hot and cold water supply systems, installation of individual heat points, repair of roofs, basements, entrances, inter-panel sealing.
Delivery of heat metering units and accessories, start-up and installation procedures, training of the personnel in equipment maintenance and operation.
Modernization of heating, hot and cold water systems, installation of individual heat points, repair of roofs, basements, entrances, inter-panel sealing.
Delivery of pipes, related equipment and materials, training of the client’s personnel in installation, starting, maintenance and repair of the delivered equipment.
Procurement of boiler equipment and works on boiler installation, starting, training of the specialists in procured equipment operation, maintenance and repair. Connection of the autonomous boiler house to engineering, heat and hot water supply systems at the building level.
Reconstruction of heat system and installation of heat metering points, training of the personnel working with the equipment in repair and maintenance of the delivered equipment and pipes. Total number of procured and installed heat metering points – 32, total length of the reconstructed heating pipeline – 3 576 running m. (feed and return pipe).
Reconstruction of existing heat supply pipelines including district and autonomous boiler houses, Heating chambers, Central Heat Points and residential buildings supported by these CHP. Total length of the pipelines to be reconstructed – 21 343 running м.
Reconstruction of heat, hot and cold water supply systems, installation of individual heat points, repair of roofs, basements, entrances, inter-panel sealing.
Procurement of equipment and materials, boiler houses construction and start-up , training of specialists in equipment maintenance and repair. Connection of the autonomous boiler houses to engineering, heat and hot water supply systems at the building level.
CHP design engineering, delivery and installation, set-up and starting of the equipment, training of the “Izhvodokanal” personnel in the equipment maintenance and repair.
Reconstruction of heating, hot and cold water systems, installation of individual heat points, repair of roofs, basements, entrances, inter-panel sealing.
Delivery of autonomous boilers and their installation in Peski and Ptitsefabrica districts. Starting the boilers, training the operating staff in equipment setup, maintenance and repair. Connection of the autonomous boiler houses to engineering, heating and water supply systems.
Complete reconstruction of waste disposal plants in the city of Raduzhny and construction of plants for water treatment. Procurement of spare parts for the city waste disposal plants and providing services in mounting, starting-up and personnel training.
Replacement of the second glass for low-emission energy saving glass of the windows and balcony doors in apartments of 12 residential buildings. Training of the housing management technical personnel in rules and techniques of the new glass replacement.
Reconstruction of the surgical and emergency buildings with overhead walkway between the emergency and therapeutics buildings, construction of the attic floor and six operating rooms. Bed space after reconstruction – 232.
Reconstruction of six-floor building with rehabilitation center, modernization of internal and external engineering systems, improvement of the site. Overall area of the building before reconstruction – 15000 sq. m., school site – 4,3 hectares.
Reconstruction of the main building of the emergency hospital in Novocherkassk city, attachment of the administrative building, construction of the attic floor. Complete dismantling of the old boiler plant and its replacement for a new one. Dismantling of the old household building and its replacement for a new transformer substation. Construction of overhead walkway between the main building and the administrative building at the second floor level. The year of construction of the emergency hospital building – 1913. The area after reconstruction – 7100 sq. m. Bed space – 180.
Complete reconstruction of the main hospital building, consisting of a clinical block, operating block and a conference hall. Construction of new household premises and engineering systems: boiler plant, diesel house, under ground walkways. Protection of the basement rooms and the foundation against undersurface waters. Landscape improvement. Hospital bed capacity – 860. Hospital territory covers – 13,85 hectares.
Reconstruction of the old buildings and construction of new blocks including examination block, wards, kitchen unit with crossovers 1 and 2 (new construction), household premises, pathology block, boiler house and transformer substation, laboratory, drug store, sterilization and disinfections sections, laundry and kitchen sections, garage for ambulances. Main 4-storey hospital building capacity – 252 beds, building # 2 total area covers 15000 sq. m., building # 1 total area covers 3000 sq. m. Hospital territory – 4.3 hectares.
Complete reconstruction of the central district hospital buildings. Improvement of the territory by introducing surface and rainwater drainage systems, repair of the heating and electrical systems, repair of the sewage, interior finishing. Planting in free areas. Bed space – 177.
Complete reconstruction of the central district hospital buildings. Improvement of the territory by installing surface and rainwater drainage systems, replacement of the old frames and broken glass, repair of the heating and electrical systems, repair of the sewage, interior finishing. Bed space – 141.
Complete reconstruction of the surgical and emergency buildings of the municipal hospital No.1 in Novosibirsk city. Construction of overhead walkway between the emergency and therapeutics departments. Arrangement of surface and rainwater drainage. Bed space – 350.
Repair and finishing of hospital, equipping with instrumentation. Procurement of RS-110 system (Japan) and medical equipment for hospital wards and doctor’s offices (Finland).
Complete reconstruction of the secondary school building for 1100 pupils; school building area - 2846 sq. m. (the school was built in 1954). No repair works were provided for the whole school operating period. Repair works included replacement of the roof, repair of the façade and the basement, replacement of the heating, electrical and sewage systems, finishing of the interiors.
Completion of construction of the educational boarding school with household premises and engineering systems. Equipping the boarding school classrooms and living spaces with built-in furniture. Arrangement of a laundry, equipped with advanced facilities for washing and drying. Total building area – 5247 sq. m. School capacity – 704 pupils.
Reconstruction of the existing school building for primary school attendants, construction of the attic floor for informatics classrooms, earphone study and service rooms. Construction of a new building block of 1500 sq. m., comprising a gim with checkrooms, conference hall with 100 seats, dinning-room with 165 seats, medical room and a cloakroom.
Completion of the secondary school construction with household premises and engineering systems including construction of workshops, garages and anti-fire reservoirs. Equipping the school rooms and the premises with built-in furniture. Total building area of 5323 sq. m. Pupils capacity – 572.
Reconstruction of the old school building, built in 1932, construction of a surrounding fence, construction of a general purpose gymnasium, landscape improvement. Total building area after reconstruction – 21000 sq. m. pupil capacity after reconstruction – 800. Bed space – 500.
Reconstruction of the school building included restoration of the façade (Block “A”) and construction of the new building. Pupil capacity – 800. School area – 3200 sq. m.
Reconstruction of the old school building, sleeping and dining areas. Improvement and landscaping of the school territory, construction of the school stadium and surrounding fence. Present boarding school capacity – 400 pupils.
Complete reconstruction of the orphan home, including roof replacement, repair of the window frames on the façade and on the back yard side, replacement of broken glass, replacement of wooden floors in corridors, repair of stair flights, reconstruction of the basement, repair of the heating and electrical systems, reconstruction of the sewage, finishing the interiors. Living capacity – 171 orphans.
Complete reconstruction of the boarding school buildings, improvement of the school territory by installing surface and rainwater drainage systems, repair of the heating systems and sewage, finishing the interiors. Construction of road pavements, sport grounds, territory development and planting. Boarding capacity – 270.
Complete reconstruction of the boarding school buildings. Improvement of the school territory by installing surface and rainwater drainage systems, repair of the heating system and sewage, construction of road pavements and sport grounds. Improvement of the school free grounds, landscaping. School capacity – 300 pupils. Bed space – 150.
Complete reconstruction of the boarding school buildings. Improvement of the territory by installing surface and rainwater drainage systems, repair of the heating system and sewage, construction of road pavements and sport grounds. Planting in free areas. School capacity – 192 pupils. Bed space – 181.
Complete reconstruction of the boarding school buildings. Improvement of the school territory by installing surface and rainwater drainage systems, repair of the heating system and sewage, construction of road pavements and sport grounds. Planting in free school areas. School capacity – 192 pupils. Bed space – 181.
Complete reconstruction of the school building. Improvement of the school territory by installing surface and rainwater drainage systems, repair of the heating system and sewage, construction of road pavements and sport grounds. Planting in free areas. School capacity – 250 pupils.
Complete reconstruction of the school building (School No.170). Improvement of the school territory by installing surface and rainwater drainage systems, repair of the heating system and sewage, construction of road pavements and sport grounds. Planting in free areas. School capacity – 900 pupils.
Complete reconstruction of the boarding school buildings. Improvement of the school territory by introducing surface and rainwater drainage, repair of the heating system and sewage, construction of road pavements and sport grounds. Planting in free areas. Bed space – 260.
Construction of school building under the project social component, with upstream systems in the village of Mutny Materic, Usinsk region, that was damaged during oil spill,.
Construction of kindergarten under the project social component with upstream systems in the village of Kolva, Usinsk region, that was damaged during oil spill.
