The largest shipbuilding plant in the Astrakhan Region and the South Region of the Russian Federation. It has skilled staff and various technical capabilities. This plant is also a member of JSC “United Shipbuilding Corporation”
Company profile:
Civil shipbuilding: construction of bulk carriers and oil-loading vessels for sea, river and mixed navigation areas, auxiliary vessels for various purposes, technical fleet vessels (tugboats, supply vessels etc.), passenger cruise ships;
Offshore shipbuilding: construction of topsides for stationary offshore drilling platforms manufactured in modular way, shallow-draft offshore drilling platforms, bearing blocks for stationary ice-resistant platforms and various steelworks;
Shiprepair: the capacity of the plant allows to lift different types of vessels (up to 6 000 tons and up to 140 meters of length) out of the water and repair them. The specialists of the plant have a unique experience in repair works.
Project:
Modernization and reconstruction of the existing shipyard to increase industrial capacity, improve product quality and pay attention of manufacturers of related branches to the territory of the special economic zone "Lotus".
Stage:
A new metal center (the line of shotblasting and passivation of metal “ROSLER” with capacity of up to 52 000 tons per year and the line of thermal cutting of rolled metal products RUM-4500) was launched. This metal center allows to increase estimated capacity of the plant from 18 000 to 35 000 tons of metal processed by thermal cutting machines per year and from 12 000 to 52 000 tons of metal processed in the line of shotblasting and prepainting per year.
The establisher is JSC “ATEF GROUP OF COMPANIES”. This is an Azerbaijani company which specializes in the production of electrical equipment and includes 5 Azerbaijani large plants.
Company profile:
Electrical equipment includes follow power transformers:
Project:
Construction of a modern plant for the production of electrical equipment. The industrial capacity is 2000 sets of transformers and switchboard equipment (about 3,600 tons per year).
Stage:
The construction of the plant.
Company profile:
Production of irrigation tubes from a biodegradable material - polylactide (polymer of lactic acid) which is produced from sugar beet and wheat.
Project:
Creation and operation of the production of irrigation tubes from biodegradable materials. The industrial capacity of the plant is 200 million running meters of tubes per year.
Stage:
The construction of the plant
Company profile:
Production of self-destructing medical syringes of the 3rd generation. Innovative technology used in the syringes of the 3rd generation eliminates the possibility of accidental injury, infection and reuse due to a locking system. At that moment there are no productions of medical syringes of the 3rd generation in Russia.
Project:
Creation of the high-tech production of self-destructing medical syringes of the 3rd generation. Planned volume of the production is about 200 million syringes per year.
Stage:
The construction of the plant.
A subsidiary of one of the largest Russian manufacturers of woven and non-woven polymeric materials for various purposes - JSC “Gexa-Netkaniye Materialy”.
Company profile:
Production of modern high-strength polypropylene woven materials of Geospan TN which are resistant to climatic factors and soil exposure and have high values of physical and mechanical parameters. It causes a wide range of the application of these materials in road construction.
Project:
Creation and development of complex modern automated production of geosynthetic materials.
Stage:
The construction of the first stage of the plant.
The initiator of the project is the Albatros Astrakhan company, which has 12 years of experience in the shipbuilding and ship repair industry.
Company profile:
Production of high-speed small-sized vessels SC-39 from composite material – fiberglass. The purposes of these vessels are to patrol the coastal, border and port water area, to participate in the search and rescue operations, chemical and analytical monitoring of the environment, etc.
Project:
Creation of serial production of innovative small-sized vessels for special purposes.
Company profile:
Production of sea drones, creation of information analysis center.
Project:
Creation of information analysis center to collect and process information obtained by sea drones. Production of sea drone to perform a wide range of tasks.
The drone is an unmanned vessel made from composite materials.
Application of sea drones: diving and rescue operations, supply of offshore platforms and ships, emissions monitoring, waves measuring, oceanography, meteorology, etc.
Project:
Production of bioprotein. The source of it is a bacterium to feed on natural gas. At that moment there is no production of bioprotein by this technology. The produced protein can be used to produce high quality feed for cattle.
Project:
Production of starter and production fish feed. The main specialization: feed for sturgeon and catfish. It is also planned to produce feed for trout, salmon, sea bass, dorado. Microbiological protein prepared on a special technology is the main protein component of the feed and it will allow to create feeds that are highly competitive in nutritional and growth characteristics with similar products from leading European manufacturers.
Company profile:
Ballast water treatment systems.
Project:
Ballast water treatment system is developed for a specific vessel and often in a single copy. The technology is a combined ballast water treatment system that brings together the benefits of filtration and UV radiation. It is suitable for installation and operation on ships of any type and provides effective disinfection without the formation of any toxic substances during the injection and discharge of ballast water.
Company profile:
Photovoltaic solar panels.
Project:
Production of 300 W photovoltaic solar panels from poly-and monocrystalline silicon. The panels are used in the construction of solar power plants, small energy facilities, as well as in everyday life. Also within the framework of the project, it is planned to grow silicon crystals in the future.
