The functional purpose of the DPP is to provide electricity to consumers in the village of Olenek according to the first, second and third categories of power supply reliability. In addition to electrical energy, the DPP generates thermal energy from heat recovery generators D3512 and D3412. The received heat is spent for the own needs of the diesel power plant, the excess heat is given out for heating the return water at the existing boiler house. Individual production processes such as: transportation of diesel fuel (DF) by road to the consumable warehouse; storage of diesel fuel in a consumable warehouse; Ppreparation and issuance of DT; Orelated to hazardous production processes. Appropriate measures have been developed in the design solutions to ensure the reliable and safe operation of these systems and the entire DPP engineering complex, more detailed information is given in the sections: technological solutions; measures to ensure fire safety; measures for civil defense, measures for the prevention of natural and man-made emergencies. The range of manufactured products is electricity in accordance with GOST 13109-97 “Electric energy. Compatibility of technical means is electromagnetic. Standards for the quality of electrical energy in general-purpose power supply systems.

Architectural solutions

The construction part of the project developed architectural solutions for the following objects: Industrial building; Consumable storage of diesel fuel 4-re RGS, capacity. 50 m3 of above-ground installation; Warehouse in containers; AC site; Emergency CGS cap. 15 m3. underground installation; Drainage RGS single-wall capacity. 5 m3 above-ground installation; Fire tanks 2x200 m3 with pumping station; Sewer collector for household drains cap. 10 m3; Oil catcher; Sewer collector for rain runoff capacity. 25 m3; Modular boiler room with KVSH-50 boilers. Industrial building. The building consists of two volumes: in axes 1-3 with dimensions of 21,5x12,0 m and a height of 4,1 m, in axes 3-8 it has two spans with span dimensions of 12,0x30,0 m, a height of 7,8 m to the bottom of the carrier constructions; and span - 6,0x30,0 m, height 4,08 m to the bottom of the supporting structures. The roof is single-pitched rolled with a slope of i=0,025. The building houses: Engine room - 360,00 m²; fuel - oil preparation - 19,44 m²; ventilation chamber - 31,19 m²; heating point - 54,90 m²; repair shop - 34,75 m²; 2 warehouses for spare parts and materials - 34,5 m²; parking box for vehicles - 68,47 m²; room for eating and relaxing - 12,11 m²; dressing room - 6,23 m²; shower room - 1,55 m²; bathroom - 3,4 m²; 2 office rooms - 22,92 m²; corridor - 17,52 m²; vestibule - 2,25 m²; ZRU 0,4 kV - 28,5 m²; ZRU 10kV - 58,17 m²; control room - 17,11 m²; 2 transformer chambers - 17,0 m². INthe interior space is open-type, consists of a production workshop, a laboratory and a bathroom. The entrance to the heat generating and steam generating rooms is separate from the outside. Main technical and economic indicators: Building area - 918,72 m²; Construction volume - 5484,7 m³; The total area is 790,0 m². Consumable warehouse DT. Routgoing storage of diesel fuel - four horizontal steel tanks (RGS), above-ground installation. CGS with a volume of 50 m3 each, are supplied from the manufacturer according to the questionnaires (4318-2-IOS7). The tanks are installed on reinforced concrete supports made of rolled profiles, on piles. The height of the supports is 0,8 m. Embankment of a tank farm made of concrete blocks, with dimensions of 0,4x1,2x0,58m (h) with slope filling from compacted soil. Platforms and ladders made of typical elements according to the series 1.450.3-7.94 are provided for servicing the tanks. Main technical and economic indicators: Building area - 221,84 m2. Warehouse of oil in a container. The oil storage building consists of two block-containers connected together. The block-container of the room for the warehouse of the foam concentrate in containers (barrels) has dimensions of 2,4 x 6,0 m, a height of 2,46 m to the top of the container. Basalite P-24 and sheathed with profiled sheet C1-18477-79. The containers are installed on a foundation made of reinforced concrete slab 125 mm thick. on an underlying concrete layer of 10 mm. The dimensions of the building in the axes are 2,4x12,0 m. Main technical and economic indicators: Building area - 32,02 m2. Platform for AC. Pplatform for AC - a monolithic L-shaped reinforced concrete slab, 150 mm thick with flanges 200 mm high, 100 mm thick over a layer of crushed stone rammed into the ground. dimensions in axes 9,2 × 7,45 m. Flat sections (ramps) of the site serve for safe entry and exit of tank trucks. Platform for OPN-100C - 3,3 × 2,4 m. Canopy over UPN-100C - 3,15 × 3,2 m, 2,5 meters high to the bottom of the coating structures; the roof is shed with a slope i=0,17. Main technical and economic indicators: Building area - 66,3 sq.m. Emergency tank ca. 10 cubic meters RThe reservoir is installed in a pit, equipped with a wooden frame and covered with dry sand. The size of the log house is 4,66 × 3,5 × 3,61 m (h), deepened to the full height. Drainage RGS single-wall capacity. 5 cubic meters above ground installation. CSG overhead installation, volume 5 m³ are supplied from the manufacturer according to the questionnaires (4318-6-IOS7). The tanks are installed on a monolithic reinforced concrete slab with dimensions of 3,4 × 4,1 m, 200 mm thick, with flanges 300 mm high. Soil embankment with reinforced concrete coating. SMDK-100 - tank capacity. 5 m³ underground installation, technological well is supplied from the manufacturer according to the questionnaire (4318-6-IOS7). The tank is installed in a pit, equipped with a wooden frame and covered with dry sand. The size of the log house is 2,64 × 2,51 × 3,23 m (h), deepened to the full height. Fire tanks 2x200 cubic meters with a pumping station. Steel vertical cylindrical tanks with a capacity of 2 × 200 cubic meters. m. are designed to provide the needs of the power plant with a supply of water for extinguishing a fire. The inner diameters of the tanks are 6,63 m, the height of the tank walls is 6,2 m. The tanks are equipped with ladders for servicing. A fence is provided on the roof of the tanks. Tanks - steel, manufactured according to the questionnaire 4318-7-IOS3, insulated and sheathed on the outside with galvanized sheet steel. The pump room is built between the tanks. The distance between the longitudinal walls is 7,6 m. The height of the pump room is 2,7 m to the bottom of the load-bearing roof beams. The pump room is heated, the temperature and humidity conditions are normal, natural lighting is provided. Main technical and economic indicators: Fire tanks 2x200 cubic meters: Construction volume - 445,92 m³; Building area - 74,32 m²; Total area - 69,0 m². Pumping: Construction volume - 112,4 m³; Building area - 37,7 m²; Total area - 34,8 m². Sewer collection for households. drains, capacity 10 cubic meters Sewer collector with a capacity of 10 cubic meters - a steel tank, is supplied from the manufacturer according to the questionnaire attached to section IOS3. The sewer collector is installed in a pit equipped with a wooden frame, with internal dimensions of 3,20 × 4,31 × 2,36 m (h) and covered with dry sand, deepened to its full height. Oil catcher. Hoil trap - supplied from the manufacturer according to the questionnaire attached to section IOS3. The oil trap is installed in a pit equipped with a wooden frame, with internal dimensions of 2,2 × 6,4 × 0,895 m (h) and covered with dry sand, buried to a height of 0,66 m, the rest is filled with sand, followed by compaction of the ASG. The sewer collector for rain drains, capacity. 25 cubic meters Sewer collector with a capacity of 25 cubic meters - a steel tank, is supplied from the manufacturer according to the questionnaire attached to section IOS3. The sewer collector is installed in a pit equipped with a wooden frame, with internal dimensions of 3,75 × 5,5 × 2,72 m (h) and covered with dry sand, buried to a height of 2,61 m, the rest is filled with sand, followed by compaction of the ASG. Industrial building. Enclosing structures of the building - wall sandwich panels "PSM", with the color of the polymer coating of the metal sheathing of the front side 9002 according to the RAL CLASSIC catalog. The outer surface of the basement wall is painted with facade paints. Color color - 9001 RAL CLASSIC. Warehouse of oil in a container. ABOUTenclosing structures of the building - the walls of the container sheathed with a profiled sheet with insulation. With the color of the polymer coating of the front side sheathing 3011 according to the RAL CLASSIC catalog. Fire tanks 2 x 200 cubic meters with a pumping station. The walls of the pump house are sheathed from the outside with steel profiled sheet C10-1000-0,7. The outer casing of the tanks is galvanized steel. Industrial building. Floors - concrete (rooms 1-8,17,18,20,21); linoleum on a heat-insulating basis (rooms 9,13,14); ceramic tiles (room 10-12,15,16); linoleum on a heat and sound insulating subbase "Favorite" (room 19).