I CENTRIFUGIAL LEAKPROOF ELECTRIC PUMPS OF ЦГ, НГ AND АГ TYPE

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1 ELECTRIC PUMPS NOMENCLATURE 2008 I CENTRIFUGIAL LEAKPROOF ELECTRIC PUMPS OF ЦГ, НГ AND АГ TYPE Electric pumps of the ЦГ type are designated for handling under stationary conditions of different liquids, including chemically active, corrosive, toxic, explosive, flamable and of any class of size-and-explosion hazardous liquids. Electric pumps of the НГ type are designated for handling of the neutral, in relation to carbon steel, liquids, including toxic, explosive, different kinds of fuel, condensed gases and others. Electric pumps of the АГ type are designated for handling of the liquid ammonia in the stationary systems of ammoniac refrigerating machineries. Mono-bloc, canless and explosion proof design and special materials of pumps ensure: - Full leakproofness of technological processes (lack of leakage in electric pumps); - Keeping sterilness and purity of the product being pumped over; - Safety of personnel and environment; - Simplicity, lasting and reliability in action; - Lack of noise and vibration. The pumps are widely used in different branches of the chemical, gas and oil production, refrigerating, food production, microbiological and processing industries, metallurgy and power engineering. In the set of electric pumps delivery enter: -Spare parts; -the set of special instruments and accessory; - The operational documentation. In order of the Customer the set of spare parts can be replenished or delivered by other contract. Electric pumps have certification of conformity which were hand out by Russian Certification Centre CC "НАСТХОЛ". On the electric pumps which were came in an explosion proof modification, we have: -The certificate of explosion proof of production; - The permit of Gosgortekhnadzor of the Russian Federation on the right of their exploitation on under surveillance the factories. The prices for electric pumps are marketables, free prices. Order and the type of repayment kind of accounting currency, conveyance, other questions - under the arrangement of parts. Joint-stock company " Moldovahydromash " by wish of the customer can: ᄋ ᄋ ᄋ To project and make the electric pumps which differ from serial by parameters and operational conditions. To accord consultation in selection, mounting and exploitation of pumps. To conduct on places of exploitation regular maintenance and revisions of working pumps. ᄋ To actualize current and big repair of electric pumps of specialization of joint-stock company " Moldovahydromash " ᄋ To fill orders for delivery of castings from ferrous and non-ferrous metals.

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3 The handled product characteristic: - density - up to 1600 kg / m3 (for electric pumps ЦГ 25/12,5-3Б-1 and ЦГ 50/12, 5-5,5Б-1- up to 1800 kg / m3); - Viscosity - up to 40 сст; - Temperature (see the table); - Presence of solid nonabrasive impurities is admitted by size up to 0,2 mm and up to 0,2 % by mass. The parameters shown in the table are given for operating fluid with the density of 1000 kg / m3 and viscosity 1 сст Of the handling liquids with the density more than 1000 kg / m3 and (or) taking into account the viscosity the electric pumps are delivered with a diminished head on account of turning of the impeller on external diameter with purpose to exclude the motor overloading. Electric pumps of smaller rated power of the same standard size, for example, 1ЦГ 25/50-5,5-1 (2,3,4,5,6), are designated for handling liquid with density up to 850 kg / m3. Pressure in the contour of the electric pump: - Up to 16 kgf / sm2 - for electric pumps of 1, 2 and 3 variants; - Up to 50 kgf / sm2 - for electric pumps of 4, 5 and 6 variants. Electric pumps are made for voltage 380, 500, 660V (it is stipulated at the order), and current frequency of 50 Hz Explosion proof marking: - For electric pumps of variants 1, 2, 4, 5-1ЕхdsIIВТ4 X; - For electric pumps of variants 1С, 2С, 5С - 1ЕхdsIIСТ4 X; - For electric pumps of variants 3, 6-1ЕхdsIIВТ1 - Т4 X; - For electric pumps of variants 6 With - 1ЕхdsIIСТ1 - Т4 X. Electric pumps are delivered in the following modifications on material: - A - carbon steel; - Е - stainless steel 10Х17Н13М2Т, 12Х18Н12М3ТЛ; - To - stainless steel 12Х18Н10Т, 12Х18Н9ТЛ; - К1 sparing-alloy steel 12Х21Н5Т, 10Х21Н5ТЛ. More detailed information includes graphic dependencies, schemas{circuits} binding and control, description of construction, rules of assembly and operation rules, is in the operational documentation on electric pump. Example of the symbolic designation of the electric pump of the ЦГ type: a) handling liquids with density up to 1000 kg / m 3, viscosity up to 1 сст, modifications on explosion proof 1ЕхdsIIВТ4 X: Centrifugal leakproof electric pump 3ЦГ 100/50-K-30-5-У2 РТ МD :2003, where: 3 - order number of modernizing; ЦГ- type (centrifugal leakproof); delivery in cubic meters per hour (m3 / h); 50 - head in meters (m); K - design material (see the note); 30 rated power of built-in motor in kilowatts (kw); 5 design variant; У2 - kind of a climatic modification and category of position at GOST ; РТ МD :2003 the designation of technical conditions;

4 b) The same with modifications on explosion proof 1ЕхdsIIСТ4 X: centrifugal leakproof electric pump 3ЦГ 100/50-K-30-5С-У2 РТ МD :2003; c) The same at the density of handled liquid from 1000 up to 1300 kg / m3 (variant "a" of turning of the impeller) or from 1300 up to 1600 kg / m3 (variant b ), with viscosity up to 3 сст: centrifugal leakproof electric pump 3 ЦГ 100/50а-K-30-5-У2 or 3 ЦГ 100/50б-K-30-5-У2 РТ МD :2003; d) Temperature of liquid handled is lower than minus 40 С, with density up to 700 kg / m3 with motor of smaller power, than in the base modification: centrifugal leakproof electric pump 5 ЦГ 50/80-K-18,5М-4Л-У2 РТ МD :2003; e) With preincluded sprocket (auger) with purpose to reduce NPSH: centrifugal leakproof electric pump 4 ЦГ 100/125Н-K-55М-4Л-У2 РТ МD :2003.

5 Model designation supply, m 3 /h head, m Operational interval of supplies m 3 /h NPSH, m kvt of built in electric motor, kvt Temperature of liquid handled, о С Kind of cooling of face of stator motor-liquid (L) or without cooling (W/c) dimensions, mm Pump mass, kg ЦГ 6,3/20-1,1-2 (5) 20 2,5-9,5 0,9 1, (W/C) ЦГ 6,3/20-1,1-3 1, L ЦГ 6,3/32-2,2-2 (5) 6,3 0, (W/C) ЦГ 6,3/32-2, ,0-9,5 2,2 1, L ЦГ 6,3/32-2,2-6 1ЦГ 12,5/ (5) 1, ,5 50 3,5-18 4, (W/C)

6 ЦГ 12,5/ (6) 12,5 50 3,5-18 1,0 4, L ЦГ 25/12,5-3Б-1 12,5 17,5-37,5 0,8 3, (W/C) ЦГ 25/ , (W/C) ЦГ 25/ ) ,0 ЦГ 25/ , L ЦГ 25/ ЦГ25/50-7, ЦГ25/50-7, (W/C) 1,5 1ЦГ 25/50-7,5-1С ,5 7,5 1ЦГ 25/50-7,5-2 (5) L 1ЦГ 25/50-7,5-3 (6) 1, L ЦГ 25/50-7,5-5С 1, L

7 ЦГ 25/50-5,5М (W/C) ЦГ 25/50-5,5М , ,5 5,5 2ЦГ 25/50-5,5М-2 (5) L ЦГ 25/50-5,5М-3(6) 1, L ЦГ 25/ (W/C) ЦГ 25/ ,8 15, L ЦГ 25/ С ЦГ 25/80-11М (W/C) ЦГ 25/80-11М-5 1,5 11, L 2ЦГ 25/80-11М-5С

8 ЦГ 25/80-11М ,5 11, L ЦГ 50/12,5-5,5Б-1 12, ,0 5, (W/C) ЦГ 50/ (4) (W/C) ЦГ 50/ (5) L 3ЦГ 50/ ,3 15, L ЦГ 50/ С L ЦГ 50/ С L ЦГ 50/50-11М-1 (4) (W/C) 2, ЦГ 50/50-11М-2 (5) 11, L 4ЦГ 50/540-11М ЦГ 50/50-11М-6 2, L

9 ЦГ 50/50-11М-5С 2, L ,0 4ЦГ 50/50-11М-6С 2, L ЦГ 50/80-К-18,5М-4Л , (W/C) 7ЦГ 50/80К-18,5М-4Л ЦГ 50/ (W/C) ЦГ 50/ , L 6ЦГ 50/ (2,4, 5) ЦГ 50/ L ЦГ 50/ L ЦГ 100/ (4) (W/C) ЦГ 100/ (5) ,5 15, L ЦГ 100/ (6) L

10 ЦГ 100/32-11М-1 (4) (W/C) ЦГ 100/32-11М-2 (5) L ,5 11,0 1ЦГ 100/32-11М-3 (6) L ЦГ 100/32-11М-6С L ЦГ100/ (1) ЦГ 100/ (1) (W/C) ЦГ100/ С (2С,4С,5С) ,0 980(990) ЦГ 100/ (2) L 2,6 3ЦГ 100/ С L ЦГ 100/ , L ЦГ 100/ , L ЦГ 100/125Н-К-55М-4Л 125 2,0 55, L

11 ЦГ 100/ L ,0 75 5ЦГ 100/ L ЦГ 100/ ,0 132, L ЦГ 200/ , L ,8 4ЦГ 200/ , L ЦГ 200/ ,5 75, L

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13 2 НГ TYPE ELECTRIC PUMPS

14 The handled product characteristic: - density - up to 1600 kg / m3 - for electric pumps НГ; - Up to 700 kg / m3 - for electric pumps НГ (Л); - Viscosity - up to 40 сст - for electric pumps НГ; - Up to 5 сст - for electric pumps НГ (Л); - Temperature (see the table); - Presence of solid nonabrasive impurities is admitted by size up to 0,2 mm and up to 0,2 % by mass. The parameters shown in the table are given: - For electric pumps НГ - for operating liquid with density of 1000 kg / m3 and viscosity 3 сст; - For electric pumps НГ (Л) - for operating liquid with density of 700 kg / m3 and viscosity 3 сст. For the handling liquid by density up to 1000 kg/m³ and viscosity up to 3сСт, electric pumps are made without turning of external diameter of impeller. On the order of Customer with the use of electric pumps for handling liquid by density more then 1000 kg/m³ or viscosity more then 3 сст with purpose to decrease demand on motor. Electric pumps are made with one of the variant of turning of external diameter of impeller with agreeable decrease of cultivating head: 1) variant of turning <<a>>: - handling liquids by density more than 1000 up to 1300 kg/m3 and viscosity up to 3 сст; - handling liquids by density up to 1000 kg/m3 and viscosity up to 20 сст; 2) variant of turning <<b>>: - handling liquids by density more than 1300 up to 1600 kg/m3 and viscosity up to 3 сст; - handling liquids by density up to 1000 kg/m3 and viscosity more than 20 up to 40 сст; For the handling liquid by density up to 700 kg/m³ and viscosity up to 3сСт, electric pumps are made with built in motor of reduced power. Pressure in electric pump contour: - Up to 16 kgf / sm2 - for electric pumps of variants 1,1Л, 2,2Л; - Up to 40 kgf / sm2 - for electric pumps of variants 4,4Л, 5,5Л. Electric pumps are made for voltages 380,660 V (it is stipulated at the order), and for current frequency of 50 Hz. Explosion proof marking - 1ЕхdsIIВТ4 X or 1ЕхdsIIСТ4 X (it is stipulated at the order). More detailed information includes graphic dependencies, schemas{circuits} binding and control, description of the design, rules of assembly and operation rules, is in the operational documentation on electric pump. The example of symbolic notation of НГ type electric pump: a) handling liquids with the density from 700 up to 1000 kg / m3, viscosity up to 1 сст, modifications on explosion proof 1ЕхdsIIВТ4 X: Centrifugal leakproof electric pump НГ РТ МD :2003, where: НГ - type (leakproof for neutral liquids); 25 - delivery in cubic meters per hour (m3 / h); 50 - head in meters (m); 1 design variant; РТ МD : designation of the technical conditions; b) The same with modifications on explosion proof 1ЕхdsIIСТ4 X; centrifugal leakproof electric pump НГ С РТ МD :2003;

15 c) The same at the handling liquid density from 1000 up to 1300 kg / m3 (variant "a" of turning of the impeller) or from 1300 up to 1600 kg / m3 (variant b ), viscosity up to 3 сст: centrifugal leakproof electric pump НГ 25-50а-1 or NG 25-50b-1 РТ МD :2003; d) The same at the handling liquids density up to 700 kg / m3, with viscosity up to 3 сст; centrifugal leakproof electric pump НГ Л РТ МD :2003.

16 ELECTRIC PUMPS OF НГ TYPE Model designation supply, m 3 /h Pump head, m Operational interval of supplies, m 3 /h NPSH, m kvt of built in electro motor, kvt Temperature of liquid handled, о С KIND OF COOLING OF FACE OF STATOR MOTOR-LIQUID (L) OR WITHOUT COOLING (W/C) dimensions, mm Pump mass, kg НГ 3, (2Л) НГ 3, (5Л) НГ 3, (2Л) НГ 3, (5Л) НГ 3, (2Л) НГ 3, (5Л) НГ 6, (2Л) НГ 6, (5Л) НГ 6, (2Л) НГ 6, (5Л) 3,2 6,3 30 1,7 1,5 (1,1) ,5-4 2,6 3,0 (2,2) W/c ,8 4,0 (3,0) 20 2,5-9,5 1,3 1,5 (1,1) 32 2,2 (1,5) W/c

17 НГ 6, (2Л) НГ 6, (5Л) 6,3 50 1,4 4,0 (3,0) W/c НГ 6, (4) W/c 70 1,3 4,0 НГ 6, (5) L НГ 6, (1Л) W/c НГ 6, (2Л) L 100 2,5-9,5 7,5 (5,5) НГ 6, (4Л) W/c 6,3 НГ 6, (5Л) L 1,5 НГ 6, Л W/c 7, НГ 6, Л L 150 НГ 6, (4Л) W/c 11 (7,5) НГ 6, (5Л) L НГ 12, (2Л) 20 2,2 (1,5) W/c НГ 12, (5Л) 1,3 НГ 12, (2Л) 50 4,0 (3,0) W/c НГ 12, (5Л) НГ 12, (1Л) 12, W/c НГ 12, (2Л) L 80 1,1 9,0 (7,5) НГ 12, (4Л) W/c НГ 12, (5Л) L НГ 12, (1Л) 100 1,3 9,0 (7,5) W/c

18 НГ 12, (2Л) НГ 12, (4Л) 100 1,3 9,0 (7,5) W/c , ,3 18,5 (15) L НГ 12, (5Л) L НГ 12, (4Л) W/c НГ 12, (5Л) L НГ 12, (4Л) 240 1,5 30 (22) W/c НГ 12, (5Л) L НГ (2Л) НГ (5Л) НГ (2Л) НГ (5Л) НГ (1Л) ,7 3,0 (2,2) W/c 32 2,5 5,5 (4,0) W/c W/c НГ (2Л) L ,8 7,5 (5,5) НГ (4Л) W/c НГ (5Л) L НГ (1Л) 80 1,9 15,0 (11,0) W/c НГ (2Л) L НГ (4Л) W/c НГ (5Л) L

19 НГ (1Л) W/c НГ (2Л) L 100 1,8 15,0 (11,0) НГ (4Л) W/c НГ (5Л) L НГ (4Л) (22) НГ (5Л) 1, L W/c НГ (5Л) (37) L НГ (1Л) W/c НГ (2Л) 15,0 (11,0) L 50 2,3 НГ (4Л) W/c НГ (5Л) 15,0 (11,0) L НГ (1Л) W/c НГ (2Л) L ,4 22,0 (18,5) НГ (4Л) W/c НГ (5Л) L НГ (2Л) НГ (5Л) 125 2,2 37,0 (30) НГ (5Л) 160 2,5 45 (37) L НГ (5Л) 250 2,2 90 (65) НГ (5Л) 375 2,2 132 (90)

20 НГ (1Л) ,8 15,0 (11,0) W/c НГ (2Л) L НГ (4Л) W/c НГ (5Л) L НГ (1Л) W/c НГ (2Л) L 50 2,6 30 (22) НГ (4Л) W/c 100 НГ (5Л) НГ (2Л) ,0 41 (30) НГ (5Л) 375 НГ (2Л) 125 2,5 75 (55) НГ (5Л) НГ (5Л) 160 3,0 90 (65) L НГ (5Л) 250 3,0 150 (110) НГ Л ,5 150 НГ (2Л) 50 4,8 45 (33) НГ (5Л) НГ (2Л) 80 4,5 75 (55) НГ (5Л)

21 НГ (2Л) НГ (5Л) НГ (2Л) НГ (5Л) НГ (2Л) НГ (5Л) НГ (2Л) НГ (5Л) ,5 90 (65) L 160 5,0 150 (110) ,5 132 (90) L ,0 150 (110)

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23 The handled ammonia characteristic: - density - up to 700 kg / m3; - Viscosity - up to 3 сст; - Temperature - from minus 46 С up to plus 25 С (for electric pumps of performance "0") and from minus 30 С up to plus 25 С (for electric pumps of performance "1"); - Presence of solid nonabrasive impurities - are admitted up to 0,2 mm by size and up to 0,2 % by mass. Pressure in electric pump contour- 16 kgf / sm2. Electric pumps are made for voltage of 380, 500, 660 V (it is stipulated at the order), and current frequency of 50 Hz. Explosion proof marking - 1ЕхdsIIВТ4 X. Τhe oil sump with filter is delivered in the electric pump set. More detailed information includes graphic dependencies, schemas{circuits} binding and control, description of the design, rules of assembly and operation rules, is in the operational documentation on electric pump. The example of symbolic designation of the АГ electric pump: а) Handling ammonia with temperature from minus 46 С up to plus 25 С: Centrifugal leakproof ammoniac electric pump АГ КЕ TC, where: АГ - type (ammoniac leakproof); 25 - delivery in cubic meters per hour (m3 /h); 80 - head in meters, m; 0 constructive variant; 3КЕ TC - designation of technical specifications. б) Handling ammonia with temperature from minus 30 С up to plus 25 С: Centrifugal leakproof ammoniac electric pump АГ КЕ TC.

24 АГ 6, Model (1) supply, m 3 Pump 20 Operational kvt of head, 1,1 built dimentions, 550х325х252 Pump 75 /h interval of NPSH, 1,3 m in electric mass, АГ designation 6, (1) 6,3 m 32 supplies, 2-9,5 m 3 mm /h motor, 1,5 kvt 560х340х277 kg 75 АГ 6, (1) 50 1,4 3,0 750х390х АГ 12, (1) 20 1,5 610х325х ,3 АГ 12, (1) 12,5 50 3,5-18 4,0 655х340х АГ 12, (1) 80 1,1 7,5 890х430х АГ (1) ,7 2,2 640х325х АГ (1) 32 2,5 4,0 670х340х ,5 АГ (1) 50 1,8 5,5 730х385х АГ (1) ,9 11,0 900х380х АГ 50/50-0 (1) ,3 11,0 890х380х

25 II CENTRIFUGAL LEAKPROOF SPECIAL ELECTRIC PUMPS OF БЭН-ОС, БЭН-МС, БЭН-ДМС TYPE The designation, features and a range of application of the БЭН-ОС, БЭН-МС, БЭН-ДМС type electric pumps are the same as above mentioned leakproof electric pumps such as ЦГ, НГ, АГ. At the Customers request the electric pumps can be made for a concrete working conditions in a range: - Delivery - from 1 up to 600 m3 / h; - pressure - from 10 up to 800 m; - Pressure in the electric pump contour - up to 100 kgf / sm2; - Temperature of the handled liquid - from minus 100 ос up to plus 450 ос. - density of the handled liquid - up to 2500 kg / m3. Electric pumps, as a rule, are made in an explosion proof version. Mounting position of electric pumps - horizontal or vertical. Unlike electric pumps such as ЦГ, НГ, АГ the nomenclature of which is practically unchanged, the nomenclature of the special electric pumps such as БЭН-ОС; БЭН - МС; БЭН - ДМС is constantly supplemented with production, designed on different conditions of the Customer (delivery, head, temperature, density and viscosity of liquid handled, material of flowing part, etc.). In the handled liquid a nonabrasive enclosures by size up to 0,2 mm and up to 0,2 % by mass are admitted. The material of details of the flowing part details of the electric pumps: symbolic designation K - stainless steel 12Х18Н10Т the GOST , 12Х18Н9ТЛ the GOST ; E - stainless steel 10Х17Н13М2Т the GOST , 12Х18Н12М3ТЛ the GOST ; A, К1 - carbon steel (basic parts, cover plates), stainless steel 12Х18Н10Т the GOST (shells of the rotor and stator), 14Х18Н4Г4Л the GOST (impellers, bearing bodies, the detail of the pivot unit), 20Х13 the GOST (the arbor of rotor); K, К1 - stainless steel 20Х13 the GOST , 20Х13Л the GOST (the arbor of rotor, elements of groove seals of pump part); stainless steel 12Х18Н10Т the GOST , 12Х18Н9ТЛ the GOST (other details of flowing part); K, Е - stainless steel 10Х17Н13М2Т the GOST (shells of stator and rotor, impellers, bearing bodies), stainless steels 12Х18Н10Т the GOST , 12Х18Н9ТЛ the GOST (other details of flowing part). Electric pumps are made for the voltage 380, 500, 660V (it is stipulated at the order) and for current frequency of 50 Hz. Electric pumps, as a rule, are made with the explosion proof marking 1ЕхdsIIВТ4 H.The other marking of explosion proof is in the column of the table16. More detailed information includes graphic dependencies, schemas{circuits} binding and control, description of construction, rules of assembly and operation rules, is in the operational documentation on electric pump.

26 The example of a symbolic notation of the electric pump of БЭН type: а) centrifugal leakproof singlestage electric pump 1БЭН 221-OS РТ МD :2003, where: 1 - order number of modernizing; БЭН - canless electric pump; serial registration number; OS - singlestage. b) centrifugal leakproof multistage one-sided electric pump 1БЭН 250/3-МС РТ МD :2003, where: 1 - order number of modernizing; БЭН - canless electric pump; 250/3 - serial registration number; МС - multistage one-sided. c) centrifugal multistage two-sided electric pump БЭН 931-ДМС РТ МD :2003, where: БЭН - canless electric pump; serial registration number; ДМС two-sided multistage.

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29 Parameters of electric pump Handled product Model designation supply, m 3 /h Pump head, m Operational interval of supplies, m 3 /h NPSH, m Pressure in electric pump contour, kgf/sm2 kvt of built in electric motor, kvt KIND OF COOLING OF FACE OF STATOR MOTOR-LIQUID (L) OR WITHOUT COOLING (W/C) dimentions, mm Pump mass, kg Symbolic notation of material of flowing part Name Temperature, С Pressure, kg/m 3 Viscosity, сст Note БЭН 9-ОС , L К Lithium bromide brine БЭН 10-ОС , L К Lithium bromide brine БЭН 11-ОС , L К Water condensate ,0 БЭН 213-МС 8, , W/c К,К1 Methanol

30 БЭН 220-ОС L К,Е Sulfuric acid 92 98% БЭН 221/1-ОС , L К,К1 Diesel fuel БЭН 221/2-ОС , L К,К1 Water -59,2 %, metylbenzoat-8,8% и dimetyltriftolat 32 % До БЭН 221/3-ОС L А,К1 Oil, stove oil ,0 1БЭН 221-ОС , L К Superheated water ,3 1ЕхdsIIВТ2 Х БЭН 225/1-ОС , L К Acid water (HNO 3 ) ,06 БЭН 225/2-ОС , L А,К1 Diesel fuel ,8 БЭН 225/3-ОС , L* А,К1 Diesel fuel ,8 *Охлаждение перекачиваемым продуктом 30

31 БЭН 225/4-ОС , L К Diesel fuel УХЛ 2 БЭН 225/5-ОС , L К Gasoline УХЛ 2 БЭН 225/6-ОС , L А,К1 Propylene or fraction С 3 -С БЭН 225/7-ОС L К Butanol БЭН 233/1-МС , L А, К1 Isobutane fraction ,13 1БЭН 233/2-МС L К,К1 БЭН 234/4-ОС L К Long fraction of well boiling hydrocarbons (LFH) Hexane-99%, butadiene-1% БЭН 235/3-ОС L А,К1 Butane БЭН 235/4-ОС , L К 100% of propane БЭН250/3-МС , L А, К1 Mixture: paraxylol %, benzene-6-8%, toluene- 8-10% ,7 БЭН 252/1-МС 2, ,5-3 1,4 40 7,5 W/c К,К1 Liquid СО

32 БЭН 252/2-МС ,8 16 5,5 L К,.Е Diethyleneglycol ЕхdsIIВТ3Х БЭН 252/3-МС 2, ,3 1,8 16 5,5 W/c К Butanolbuthylformiate fraction БЭН 256-ОС , W/c К, К1 Carbohydrates БЭН 256/1-ОС , L А, К1 Fuel DMA/DMV ,0 БЭН 257/1-ОС , W/c К,К1 Butane with traces of water БЭН 257/2-ОС L К BBF БЭН 258-ДМС , ,5 L К, К1 Benzene БЭН 259-ДМС , W/c К DIBAG, TIBA in the hexane solvent

33 БЭН 259/1-ДМС , L К,К1 Water condensate Up to БЭН 259/2-ДМС ,2-2, L К,К1 Deaerated water БЭН 259/3-ДМС ,4-6 3,5-6 1,1 25 7,5 W/c А,К1 Liquified hydrocarbons Liquified gases БЭН 259/4-ДМС ,5-6 1, W/c К,К1 Hydrogenat БЭН 262-МС , L А,К1 Liquified gases В БЭН 262/1-МС , L К Condensed gas ХЛ 2 БЭН 263/1-ОС , W/c А,К1 Riformat БЭН 263/2-ОС W/c К БЭН 263/3-ОС , L К Diesel fuel, oil, kerosine Flash gasoline 130-КК Propane-butane fraction Minus ,5-1,0 33

34 БЭН 264/1-МС , L К % solution NаОН В, 1ЕхdsIIСТ4 Х БЭН 264/2-МС L К,К1 Oil БЭН 266-МС , L К, К1 Liquid isobuteneisobutylene with formic acide ,31 БЭН 266/1-МС , L А,К1 Propylene fraction БЭН 270/1-ОС ,5 16 4,0 L К,К1 Benzene naphthalene fraction БЭН 270/2-ОС ,5 16 4,0 L А,К1 Diezel fuel БЭН 273-ОС ,7 40 5,5 W/c К Methane-ethylene and methanohydrogenous fraction Minus ЕхdsIIСТ4 Х БЭН 276-МС , L К, К1 Pyrocondensate ,0 34

35 БЭН 276/1-МС , L К, К1 Propylene УХЛ2 БЭН 276/2-МС , L А,К1 а) Propane fraction б) normal butane БЭН 276/3-МС , L А,К1 1БЭН 277-ОС , L К, К1 2БЭН277-ОС , L К,К1 Returned izopentane fraction Returned izopentane mix а) propane-propylene fraction б) Long fraction of well boiling hydrocarbons (LFH) а) propane-propylene fraction б) Long fraction of well boiling hydrocarbons (LFH) ,4-0, ,0 3, БЭН277/1-ОС , L К,К1 propylene fraction С3-С4 Н 2 S-0,0025% БЭН 278-МС 6, ,2 16 5,5 W/c К Trichlorcilan ,0 1EхdsIIСТ4 Х 35

36 БЭН 278/1-МС , W/c К, К1 Propane-12%, propylene-88% 18,5 512 БЭН 279-МС 1, W/c К,К1 Isopentane fraction БЭН 280/4-ОС , ,5 W/c К,К1 PPF БЭН 280/6-МС , L К,К1 15% MEA solution ,0 БЭН 281-МС , L А,К1 Isobutane-isobutilene fraction БЭН 283-ОС , L К Softened water Propane-propylene ,35-0,17 БЭН 283/1-ОС , W/c К Diesel fuel «winter» УХЛ2 БЭН 283/2-ОС , W/c К,К1 БЭН 283/3-ОС , L К Propane with traces of water MDEA 43,13%,

37 Hydrogen sulphide- 4,53% The rest -is water БЭН 283/4-ОС , W/c А,К1 Diesel fuel БЭН 284-МС , W/C К,К1 AMMONIA БЭН 284/1-МС , L А,К1 propane-butane fraction: butane-85%, propane-15% Минус МИНУС БЭН 284/2-МС , L К Condensed gases БЭН 286-МС 12, , L К, К1 Condensed gases ,5 1БЭН 286/1-МС 12, , L А, К1 Mazut БЭН 286/2-МС ,2 16 7,5 W/c К Water with Н 2 S при 40 о С 1ЕхdsIIВТ1 Х БЭН 286/3-МС ,5 16 5,5 W/c К Liquid ammonia Minus БЭН 286/4-МС ,8 16 7,5 L К,К1 absorbent С 7 and more

38 1БЭН 286/2-МС , W/c К 10% solution of alkali БЭН 286/3-МС 12, ,7 25 7,5 W/c К,К1 Liquid ethane fraction ,7 УХЛ 2 1БЭН 287-МС , L К, К1 Condensed gases ,5 1БЭН 287/1-МС W/c К,К1 Propane-propylene БЭН 287/2-МС , W/c А,К1 Coker gas oil with the contents of sulfur БЭН 287/3-МС , W/c К,К1 Propane БЭН 287/4-МС , L A,К1 Isobutane or butane БЭН 287/5-МС , Б/о А,К1 1БЭН 287/6-МС , Б/о А,К1 БЭН 290/1-ОС , Ж К,Е БЭН 293-ОС , Ж А, К1 БЭН 294-МС , Ж К, Е Propane-propylene fraction Butane-butylene fraction Chlorobenzene with content up to 1% HCl Transformer fluid 99,5 % diethyleneglycol (DEG) , , , ,88-1,2 БЭН 294/1-МС , Ж А,К1 Reduced crude ,5 1ЕхdsIIВТ3 Х БЭН 295-ОС , ,5 Ж К, К1 Diesel fuel ,0 1ЕхdsIIВТ2 Х 38

39 1БЭН 295-ОС , Ж К,К1 БЭН 295/1-ОС Ж К БЭН 296/1-МС , Ж* А, К1 fr Pyrocondensat Diesel fuel with the content of H 2 S 98 % Return of isobutane , ,5 1БЭН 296/1-МС , Ж* А,К1 Condensed gas БЭН 296/2-МС , Ж А, К1 БЭН 296/3-МС Ж К, К1 Butilene-isobutilene fraction С 4 Г Hydrocarbon condensat , *Охлаждение рабочей жидкостью БЭН 296/4-МС , Ж К Hydrocarbons С ,15 БЭН 296/5-МС , Ж К,К1 Fraction С 3 -С БЭН 296/7-МС , Ж К,К1 Flash gasoline БЭН 296/8-МС , Ж А,К1 Fraction С 3 -С БЭН 296/9-МС , Ж К,К1 SUG БЭН 296/10-МС , Ж К Light hydrocarbons УХЛ2 БЭН 297-ДМС , Б/о К, К1 Torch condensate ,0 39

40 1БЭН 297-ДМС , Б/о К,К1 Benzene-toluene fraction БЭН 300-ОС ,2 16 7,5 Б/о К Benzene-toluene fraction БЭН 300/1-ОС , Ж К Separator oil БЭН 300/2-ОС , Ж К 10-20% water solution of MEA БЭН 301-МС , Ж К, К1 Isobutane-55%, Isobutylene-45% БЭН 302-ОС , Б/о К Chloromethyl-99,65%, Chloride aluminium up to 0,35 % Минус ,06 1БЭН 303-ОС , Б/о К, К1 Mixture: МТBE-80%, methanol-5%, isobutylene-8 %, dimer-7 % ,5 40

41 1БЭН 303/1-ОС , Ж К SUG БЭН 303/2-ОС , Б/о К Gas condensate БЭН 303/3-ОС , Ж К Diesel fraction БЭН 304-ОС , Ж К, К1 Styrene-99,9% ,43 БЭН 304/1-ОС , Ж К,К1 Methanol БЭН 304/2-ОС , ,5 Ж К Propane-butane fraction БЭН 305-ОС , Б/о А, К1 Benzene Mixture: МТBE-65%, methanol-20 %, isobutylene 15 %

42 БЭН 306-ОС , Б/о К, К1 Condensed hydrocarbons ,274 БЭН 306/1-ОС Ж К,К1 Vacuum gas oil ,2 БЭН 307-МС , Ж К Methanol, methylamine ,5 500 В БЭН 307/1-МС , К,К1 Butadiene БЭН 307/2-МС , Ж К,Е Aggressive high-toxic liquid БЭН 309-МС , Б/о К,К1 100% butadiene БЭН 309/1-МС , Б/о К,К1 Cyclohexane, hexane БЭН 313-ОС ,7 16 5,5 Б/о К Acetone БЭН 313/1-ОС ,8 25 5,5 Б/о К БЭН 313/2-ОС ,5 Ж К Unstable benzene and H 2 S-3,45% Slop aldehyde rectification , БЭН 313/3-ОС ,8 16 7,5 Ж К,К1 Diesel fuel ,3 1ЕхdsIIВТ2 Х 42

43 БЭН 314 -ОС , Ж К Steamed condensate ЕхdsIIСТ4 Х БЭН 314/1-ОС , Ж К 5% solution NaOH БЭН 316-ОС , Б/о К Butadiene БЭН 316/1-ОС , ,5 Б/о К,К1 Isobutanol Propane-propylene fraction ,21-0,082 БЭН 316/2-ОС , Ж К Gasoline, diesel oil УХЛ 2 БЭН 316/3-ОС Б/о К Methanol-retifact БЭН 316/4-ОС , Б/о К Diesel oil; Gasoline Propylene 80%, propane 20% ,58-0,45 УХЛ 2 БЭН 316/5-ОС , ,5 Б/о К Butene УХЛ 2 43

44 БЭН 316/6-ОС , Ж К,К1 1БЭН 316-ОС , Ж А, К1 Urea-formaldehyde concentrate Riformat 98 % methyltertiary Butyl ether (MТBE) , ,0 1БЭН 316/1-ОС , Ж К 16% NAOH БЭН 317-ОС , Б/о К,К1 Benzene-naphthalene fraction БЭН 322/1-ОС , Ж К Isobutene fraction , В БЭН 329-ОС Ж К Mix of isomers of pentane ,34 БЭН 329/2-ОС Ж А,К1 isomers of pentane ,34 БЭН 329/4-ОС , Ж А,К1 Propane fraction БЭН 329/5-ОС , Ж А,К1 Hydrocarbons С3-С4, light gasoline fractions NК-70С

45 БЭН 329/6-ОС , Ж А,К1 Unstable gasoline БЭН 330-ДМС , Ж К,К1 Hydrocarbon fraction БЭН 332/2-МС , Ж А, К1 Hydrocarbons С3-С БЭН 332/4-МС , Ж К,К1 Butane-butylene fraction ,4 0,2 БЭН 332/5-МС , Ж К,К1 Isobutylene БЭН 332/6-МС , Ж А,К1 БЭН 333-ОС , Ж К,К1 Butane-butylene fraction Leavings of styrene rectification ,0 1БЭН 337/2-МС , Ж А, К1 Condensed carbohydrates ,17 1БЭН 337/3-МС , Ж К,К1 Unstable gasoline БЭН 339-ОС , Б/о К 1БЭН 339-ОС , ,5 Б/о К Technical methanol by the GOST Water and 0,5 % of sulfur

46 БЭН 339/1-ОС , Ж К Acid water (Н 2 S-0,8 %, НСN-0,6%) БЭН 339/2-МС , К,К1 Butadiene БЭН 339/3-МС , Б/о А, К1 95 % MTBE ,5 1БЭН 339/3-МС , Ж К,К1 Carburet of sulfur fraction ЕхdsIIСТ5 Х БЭН 339/4-МС , Б/о К,К1 Oil БЭН 339/5-МС ,8 16 7,5 Ж А,К1 Reduced crude ,75 1ЕхdsIIBТ2 Х 46

47 БЭН 347-ОС , Ж А,К1 Isopentane-87%, Isoprene- 13% ,5-0,4 БЭН 348-ДМС , Б/о К, К1 Condensed gases БЭН 348/1-ДМС ,5 Б/о К,К1 carbohydrates С 2 -С ,3 БЭН 348/2-МС , Б/о К,К1 Propane-butaneisobutane Butene, hexene, ethylene БЭН 348/3-МС Б/о К,К1 Hydrogenat БЭН 350-ОС , Ж А, К1 Benzenecontented fraction , ЕхdsIIBТ3 Х БЭН 350/1-ОС 6, , Ж А,К1 Diesel oil ,75 БЭН 350/2-ОС , Ж К Liquid hydrocarbones

48 БЭН 353-ДМС , Б/о К, К1 Liquid propylene БЭН 353-ДМС , Б/о К,К1 Liquid propylene ,23-0,16 0,23-0,16 БЭН 353/1-ДМС , Ж К,К1 25% DEA, H 2 S-0,5 g/l, CО 2-0,1g/l ,65 УХЛ 1 БЭН 354-ДМС , Ж К, К1 Heptane ,1 БЭН 355-ДМС , Б/о К,К1 carbohydrate condensate (pentane-26,88%, isopentane -42,83% hexane-28,49%) УХЛ2 БЭН 355/1-ДМС , Б/о К,К1 PPF БЭН 356-ОС , Ж А, К1 Condensed carbohydrates ,0 48

49 1БЭН356/1-ОС , Б/о А,К1 UVK Минус 19,2 433 БЭН 357/1-ОС , Ж К,Е 95% H 2 SO БЭН 357/2-ОС , ,5 Ж К,К1 Urea-formaldehyde concentrate ,0 БЭН 357/3-ОС , Б/о А, К1 Nephras ,5 0,44 1БЭН 358-ОС , Ж К Pyrocondensate ,0 БЭН 359/1-ДМС , Ж К SUG УХЛ2 БЭН 359/3-ДМС , Ж К,К1 Benzene-naphthalene fraction БЭН 364-ОС , Ж К 20 % solution NaOH БЭН 365-ОС , Ж А, К1 Neutral liquids ,0 БЭН 365/1-ОС , Б/о К,К1 Butene

50 БЭН 365/2-ОС , Ж К,К1 Ethylbenzene, styrene БЭН 366-МС ,5 1, Ж К, К1 90 % Butyl alcohol ,14 1ЕхdsIIВТ3 Х БЭН 367-ОС , Ж А, К1 isobutane, methanol, МТBE БЭН 368-МС , Ж А, К1 isobutane, methanol, МТBE БЭН 368/1-МС , Ж А,К1 Propane-butane ,24 БЭН 368/2-МС Ж К,К1 Propane,butane, С 5 -С 6, сера БЭН 368/3-МС , Ж К,К1 hexane dissolvent БЭН 368/4-МС Ж К* (весь) БЭН 368/5-МС , Ж К,К1 SFLU+Н 2 S Fraction С 3 with content of Н 2 S *SО 2 и Н 2 S в окружающей среде 50

51 БЭН 368/6-МС Ж А,К1 БЭН 368/7-МС , Ж К,К1 Fraction С 3 with content of Н 2 S Condensed natural gas (PBA) УХЛ2 БЭН 369-ОС , Ж К, Е 98 % of acetic acid ,0 1ЕхdsIIВТ3 Х БЭН 370-МС ,5-18 2, ,5 Ж К, Е 99 % of glacial acetic acid ,55 БЭН 370/1-МС , Б/о К MDEA-36 %, Н 2 О-64 % with traces of Н S S and СО БЭН 370/2-МС , ,5 Б/о К,К1 ammonia-85%, woter 15 % БЭН 370/3-МС , Б/о А,К1 Propane fraction БЭН 370/4-МС , Ж А,К1 gasoline-ottona БЭН 371/1-МС , Б/о А,К1 98 % МТBE

52 БЭН 371/2-МС , Б/о К,Е Vinylchloride ,0 БЭН 371/3-МС , Б/о А,К1 Bivinyl (butadiene) ,24 БЭН 371/4-МС , Б/о А,К1 isobutane (or butane) (551) 0,12 (0,14) БЭН 375-ОС , Ж К Gasopropylbenzene- 97%, hydroperoxid isopropyl benzene-3% БЭН 375-ОС , Б/о К propane-propylene fraction ,0 БЭН 375/1-ОС , Ж А,К1 benzene 40,

53 БЭН 375/4-ОС , Ж К Hydrocarbons С 3 +С 4 +С ,19 БЭН 375/5-ОС , Ж К acetonecyanhydrine- 99,4%, water-0,2 % БЭН 375/6-ОС , Ж К Oxide of ethylene БЭН 378/1-ДМС 7, , Б/о К propane-100%, propylene- 100% ,22 БЭН 378/2-ДМС , Ж К,К1 Reclaimed DEA with dirt БЭН 378/3-ДМС , Ж К,К1 Butane-butylene fraction and water БЭН 384-ОС ,0 16 7,5 Ж К Oxide of propylene pyrocondensate ,0 53

54 БЭН 384/1-ОС ,0 50 5,5 Б/о К carbohydrates (mix) ,36 БЭН 385-МС 3, ,5-3,2 1, Б/о К,К1 Condensed carbohydrates ,55-0,45 БЭН 385/1-МС ,8 25 5,5 Ж К,К1 Butane, propane, water БЭН 385/3-МС 1, , Б/о К,К1 Isopentane fraction

55 1БЭН 385/3-МС 1, ,3-2,0 2, Б/о К Toluene %, accelerant ,66-0,43 БЭН 385/4-МС ,4-3,5 1, Б/о К Butan, propan УХЛ2 1БЭН 386-ДМС , Ж К 1БЭН 386/1- ДМС , Ж А,К1 БЭН 386/1-ДМС , Ж К,К1 Mixture of butyl butyrate and ether head Butane-butylene fraction Benzene-naphthalene fraction , БЭН 386/3-ДМС , Ж К,К1 Benzene-naphthalene fraction БЭН 387/2-ДМС , Ж К,К1 pyrodistilleat ЕхdsIIСТ4 Х 55

56 БЭН 388-ДМС , Ж К, К1 Benzene ,0 БЭН 388/1-ДМС , Ж К, К1 Water condensate ,26 БЭН 388/2-ДМС , Ж К,К1 2% solution of NaOH ,74 УХЛ 2 БЭН 389-МС 12, , Б/о А, К1 Isobutylene БЭН 389-МС 12, , Б/о А,К1 Isobutylene БЭН 389/1- ДМС , ,5 Б/о К,К1 Butane-butylene fraction БЭН 389/1-МС ,9 К Aggressive liquid БЭН 389/2-МС Б/о К,К1 ammonia, ammonia water

57 БЭН 389/3-МС ,5 Б/о К,К1 Hydrocarbons С о С and sulfur 0,21 % БЭН 389/4-МС , Б/о К,К1 Acid water, Н 2S-0,236 % БЭН 389/5-МС , Ж К Butane fraction УХЛ2 БЭН 389/6-МС 12, , Б/о А,К1 Coking oil with the sulfur content БЭН 390/2-ОС ,3 16 7,5 Б/о К,К1 Benzene-naphthalene fraction БЭН 392-МС , Б/о К,К1 Hydrocarbons

58 БЭН 392/1-МС , Б/о К,К1 Propane ЕхdsIIСТ4 Х БЭН 392/2-МС , Ж К, К1 SUG БЭН 392/3-МС , Ж К,К1 Crude oil БЭН 400-МС , Ж К, К1 Isobutane-isobutilene fraction , В БЭН 401-ДМС 12, , Б/о К (весь) Liquid ethylene Минус ,29 БЭН 402-ОС , Ж А, К1 Diesel fuel ,5 1ЕхdsIIВТ2 Х 58

59 БЭН 403-ОС , ,5 Ж К % nitric acid ,0 БЭН 404-ОС , Ж К methyltartiary butyl ether (МТBE) ,0 660 В БЭН 404/1-ОС , Ж А,К1 Distilled gasoline ,4 БЭН 404/2-ОС , Ж К isobutane УХЛ2 БЭН 404/3-ОС , Ж К,К1 БЭН 405-ДМС , ,5 Ж К Coal-tar absorbent oil: benzol hydrocarbons - 2%; naphthalene-4 10% 9 % solution NаОН , БЭН 405/1-ДМС 5, ,5 1, ,5 Ж К БЭН 405/2-ДМС ,5 Ж К cyclohexane -2%, organic acid-1 %, the rest is water Catalyst unit NaOH-15%, H 2 O-84,99% ,41-0,

60 БЭН 406-МС ,5-3,0 2,0 40 2,2 Б/о А, К1 Hydrocarbon condensate (HCC) ,0 БЭН 406/1-МС , Б/о К Liquid СО 2 Минус БЭН 406/2-МС ,5 1,8 16 2,2 Б/о К, К1 Gasoline ,43 БЭН 406/3-МС ,5 2, Б/о К,К1 Gasoline БЭН 407-ДМС ,5-5,0 1, Б/о А, К1 Hydrocarbon condensate (HCC) ,0 БЭН 407/1-ДМС ,5-6,0 1, Б/о К,К1 SFLU БЭН 408-ДМС ,5-5,0 1, Ж А, К1 Hydrocarbon condensate (HCC) ,0 БЭН 408/1-ДМС ,8-4,5 1, Б/о К (весь) Hydrocarbon condensate (HCC) Минус БЭН 408/2-ДМС ,5-6,0 1, Ж К,К1 SFLU БЭН 409-ДМС ,5-5,0 1, Б/о А, К1 Hydrocarbon condensate (HCC) Минус ,0 60

61 БЭН 409/1-ОС , Ж К Ethane-70 %, Propane-30 % ЕхdsIIСТ4 Х БЭН 410-ДМС , Б/о А, К1 Hydrocarbon condensate (HCC) Минус БЭН 411-ДМС , Ж К, К1 Methanol БЭН 412-ОС 6, ,5 1, Б/о К, Е 92 96% Sludge acid ,4 Не взрывозащищенный БЭН 413-ОС , Ж А, К1 Condensed hydrocarbons ЕхdsIIВТ3 Х БЭН 414-ДМС , Б/о А, К1 Methanol

62 БЭН 415-ОС , Ж А, К1 Methanol БЭН 415-ОС , Б/о А,К1 gasoline ,1-0,43 БЭН 415/1-ОС , Б/о К МТBE БЭН 415/2-ОС , Ж К,Е Mixture: cyclohexane -99%, Anol+аnnon 0,35% Formic and adipic acid -0,3% До БЭН 416-МС , Ж А, К1 Fraction С 3 -С БЭН 417-ОС , Ж А, К1 Condensed hydrocarbons ,0 БЭН 417/1-ОС , Ж А,К1 Propane fraction БЭН 418-ОС , Ж К 100%dymethyl phtalic anhydride(dмpа) ,4 1ЕхdsIIВТ3 Х 62

63 БЭН 418/1-ОС , Ж К Delivery water БЭН 418/2-ОС , Ж К,К1 Reduced oil БЭН 418/3-ОС Ж А,К1 Heavy petrol БЭН 418/4-ОС , Ж К,К1 БЭН 419-ОС Ж К Coal-tar absorbent oil: benzol hydrocarbones -2%; naphthalene-4 10% Hydrocarbon mixture with 90 % DMPA , ,4 1ЕхdsIIВТ3 Х БЭН 420-ОС , Ж А, К Hydrocarbon mixture with 90 % DMPA ,8 БЭН 420/1-ОС , Ж К Butyl acetate, Vinyl acetate, toluene Минус

64 БЭН 420/2-ОС Ж К Hardening liquid БЭН 421-ОС ,1 16 7,5 Б/о А, К1 Dimers of isobutylene -90 % БЭН 422-ОС , Б/о К Hydrocarbon condensate (HCC) ,0 БЭН 422/1-ОС ,5 16 5,5 Б/о К БЭН 422/2-ОС , ,5 Б/о К,Е butane-80 %, PPF-10%, bivynil-10 % H 2 S0 4-92,5 94% 93% БЭН 422/3-ОС , Ж К phenol ,8 БЭН 422/4-ОС , Ж К,К1* Diesel fuel Весь, вал 20Х13 БЭН 431-ОС 12, , Б/о К,Е Oleum, chlorsulfonic acid БЭН 432-ОС ,9 16 7,5 Ж К,Е МHDМE

65 БЭН 432/1-ОС ,9 16 7,5 Ж К* 16% НNО *Весь из-за NО 2 в окружающей среде 1ЕхdsIIСТ4 Х БЭН 433-ОС , Ж К,Е Oleum, acsim 60 % БЭН 435-ОС , Ж А, К1 Isobutane, methanol, МТBE, isobutylene В БЭН-436-МС , Ж К, К1 Isobutane, methanol, МТBE, isobutylene В 1БЭН 436-МС , Ж К, Е БЭН 437-МС , Ж А, К1 10% solution of hydrochloric acid with inhibitor Isobutane, methanol, МТBE, isobutylene БЭН-437/1-МС , ,5 Б/о А,К1 Propane fraction

66 БЭН-437/2-МС , Ж К,К1 SUG БЭН-437/3-МС , Ж К Hydrocarbons С УХЛ 2 БЭН 438-ДМС , Ж А, К1 Gas condensate БЭН 439-МС , Ж А, К1 Isobutane, methanol, МТBE БЭН 440-ОС , Ж А,К1 methanol ExdsIIBT3 X БЭН 440/1-ОС , Ж А,К1 fraction БЭН 441-ОС , Ж К,Е Dichlotoethane БЭН 441/2-ОС , Ж А,К1 Fraction НК-62 Isomers of hexane ,28 БЭН 441/3-ОС , ,5 Б/о К Aggressive liquids

67 БЭН 441/4-ОС ,5 Ж К 10% solution NaОН БЭН 441/5-ОС Ж К Reduction products БЭН 441/6-ОС , Ж К Propane БЭН 441/7-ОС Б/о К,К1 Butadiene and butylene БЭН 441/8-ОС , ,5 Ж К БЭН 441/9-ОС , Ж К,К1 Aldehydes С 4-70% and salts of cobalt С 8-30% Mazut Diesel fuel ,3 БЭН 445-МС 0,8 85 0,4-1,3 1, Б/о К Kerosine, diesel fuel БЭН 446-ОС К Water with admixture of H 2 S (0,3%) БЭН 446/1-ОС , Ж К,К1 Gasoline fraction water

68 БЭН 459/1- ДМС , Ж К,К1 triethyleneglycol БЭН 459/2-ДМС Ж К,К1 fuel ТС-1, ТС ,1 БЭН 459/3-ДМС Ж К,К1 SFLU БЭН 459/4-ДМС Ж К,К1 gasoline БЭН 466/1-МС , Б/о К,К1 Propane-propylene fraction ,35-0,16 БЭН 466/2-МС , Ж К,К1 SUG БЭН 478-МС 1,5 55 0,4-2,5 1,7 16 2,2 Ж А,К1 Isomeren of gheptan ,28 68

69 1БЭН 483/2-ДМС , Ж К, К1 Condensed gases ,0 БЭН 487-ОС , Ж А, К1 Kerosene ,0 1ЕхdsIIВТ3 Х БЭН 487/1-ОС , Ж А,К1 Diesel fuel Mazut ,8 БЭН 487/2-ОС Ж К,К1 Wild oil Reduced oil 188,7 760,7 1ЕхdsIIВТ3 Х БЭН 487/3-ОС , Ж К,К1 Reduced oil 188,7 760,73 БЭН 487/4-ОС , Ж *К,К1 fraction С 5 and higher *весь из-за наличия SО 2 и Н 2 S в окружающей среде 69

70 БЭН 487/5-ОС , Ж А,К1 Heat-transfer agent TLV-330М БЭН 488-ОС 2, ,6 16 2,2 Б/о К Aggressive liquids БЭН 488-ОС 2, ,2 16 2,2 Б/о К Methanol ЕхdsIIВСТ4 Х БЭН 488/1-МС 2,5 54 1,25-3,0 1,4 16 2,2 Б/о К butadiene-95%; betylene-3%; С5-2% БЭН 488/1-ОС 3,5 50 2,5-4,5 2,2 51 2,2 Б/о К,К1 Solvent ,0 БЭН 488/2-МС 2, ,5 1, Б/о К Acid water (H 2 S-4,8%; HCN-0,13%) БЭН 488/3-ОС , Ж К Product БЭН 488/4-ОС 1,5 42 0,5-1,5 1,5 16 1,5 Б/о Е Acid water БЭН 488/5-ОС 1, ,5 16 1,5 Б/о К Gas condensate

71 БЭН 488/6-ОС ,5 1,9 16 2,2 Б/о К MEA БЭН 488/7-ОС 2, ,8 25 1,5 Б/о К Reflux БЭН 488/8-ОС ,8-4, ,2 Б/о А,К1 Diesel fuel Butyl alcohol-94%, isobutyl alcohol -6% БЭН 488/9-ОС ,7 16 1,5 Б/о К Ammonia БЭН 488/10-ОС 3,2 40 2,5-3,5 1,5 16 2,2 Б/о К antifreeze ОJ-65: water-35%, ethyleneglycol-65% БЭН 514-ОС 7, ,9 16 3,0 Б/о К Aggressive liquids УХЛ2 БЭН 514/1-ОС Б/о К,К1 Benzol naphthaline fraction БЭН 514/2-ОС 7, , Б/о К Separator oil БЭН 515-ОС , Ж К Aggressive liquids БЭН 515/1-ОС , Ж К Steady riformat УХЛ2 БЭН 515/2-ОС , Ж К Nitric acid БЭН 516-ОС , Ж А, К1 Transformer oil

72 1БЭН 516-ОС , Ж К ecosol-65 Aggressive liquids БЭН 517-ОС ,7 16 7,5 Ж К Aggressive liquids БЭН 517/2-ОС ,5 1, ,5 5,5 Б,о Б/о К,К1 К,К1 UVC Dobenzol fraction УХЛ2 БЭН 517/3-МС 6, , Б/о К, Е mixture: water-83 %, monoethanolamine- 15 %, Hydrogen sulfide-2% БЭН 518-ОС , Ж К Dobenzol fraction ЕxdsIIBT3 X БЭН 518/1-ОС , Ж К Distilled water ЕxdsIIBT2 X БЭН 519-ОС , Ж К Dobenzol fraction ЕxdsIIBT3 X БЭН 519/1-ОС , Ж К,К1 Benzol naphthalene

73 fraction БЭН 519/2-ОС , Ж К БЭН 539-ОС , Б/о К Water-glycol absorbent Condensed carbohydrates ,0 БЭН 540-ДМС , Ж К,К1 Gasoline fraction 130- КК ,5-1,0 БЭН 540/1-ДМС , Ж К,К1 Oil АМТ ,9 БЭН 540/2-ДМС Ж К,К1 SFLU БЭН 540/3-ДМС , Ж К,К1 Kerosene fraction ,98 БЭН 540/4-ДМС , Б/о А,К1 SFLU БЭН 540/5-ДМС Ж К,К1 diethanolamine

74 БЭН 801-ОС , Ж А, К1 Isobutane, methanol, МТBE БЭН 802-ОС , Ж А, К1 Isobutane, methanol БЭН 803-МС , Б/о А, К1 Isobutane БЭН 804-ДМС , Ж А, К1 Condensed carbohydrates ,0 БЭН 805-ДМС 12, , Ж К, К1 Aggressive liquids ,0 БЭН 805/1-ДМС 12, , Ж К,К1 Winter diesel fuel, light gas oil with the content of H 2 S

75 БЭН 805/3-ДМС , Ж К, К1 Water with the content of hydrocarbons БЭН 805/4-ДМС 12, , Ж А,К1 Propane-butane БЭН 806-ДМС , Ж К, К1 Aggressive liquids ,0 БЭН 807-МС , ,5 Б/о К, К1 Aggressive liquids ,0 БЭН 807/1-МС , ,5 Ж К БЭН 808-МС , Б/о К, К1 Recovered solution: МDEA-45%, Hydrogen sulfide - 0,26%, the rest is water Unstable gasoline, SFLU Минус ,0 БЭН 808/1-МС , Ж А,К1 Oil БЭН 808/2-МС , Ж А,К1 Fraction (LVGO) ,0 75

76 БЭН 809-МС , Ж А, К1 Heavy petrol ,0 БЭН 811-МС , Ж К, К1 Aggressive liquids ,0 БЭН 812-МС , Ж К, К1 Heavy petrol ,5 БЭН 812/1-МС , Ж А, К1 Butane БЭН 812/2-МС , Ж К,К1 Isopentaneisoprene fraction БЭН 812/3-МС , Ж А,К1 БЭН 812/4-МС Ж К,К1 БЭН 812/5-МС , Ж К,К1 Hydrocarbons С 3 - С 4 with the light gasoline Propane-propylene fraction Isopentane - Isopentane fraction ,1 0,369 БЭН 812/6-МС Ж К,К1 Liquid ammonia УХЛ 2 76

77 БЭН 812/7-МС , Ж К,К1 Propane-butane mix БЭН 813-МС , Б/о А, К1 Butadiene БЭН 813/1-МС , Ж К,К1 Water (for oil formations) БЭН 814-МС , Ж А, К1 Paraxilol БЭН 815-ОС 6,3 50 3,5-8 1, Б/о К БЭН 819-ОС ,5 16 7,5 Ж К Isobutylene 75% isoprene-22 %, chloromethyl - 3% Fatty oxyethiled spirits (С 12 -С 20 ), steam condensate ЕхdsIIВТ3 Х БЭН 820-ОС ,5 16 5,5 Ж К Fatty oxyethiled spirits (С 12 -С 20 ) ЕхdsIIВТ3 Х БЭН 820/1-ОС , Ж К Boiler water

78 БЭН 820/2-ОС ,5 16 4,0 Ж А,К1 Mazut ,0 Diesel fuel 280 Kerosine ЕхdsIIВТ1 Х БЭН 821-ОС 6,3 50 3,5-8 1, Б/о Е Solution of diiodine and chlortitane in the toluene with iodine up to 0,17 % ,58 БЭН 822-ОС , Ж А, К1 Oil Моbiltherm Reihe ,53 1ЕхdsIIВТ1 Х БЭН 823-ОС , Ж А, К1 Oil Siltherm ,45 1ExdsIIBT1 X БЭН 824-МС , Ж К, Е Aggressive liquids ,5 1БЭН 824-МС , Ж А,К1 Condensed carbohydrates

79 1БЭН 824/1-МС , Ж К,К1 Condensed carbohydrates Н 2 S-0,08% S-0,002% БЭН 825-ДМС ,5-8 2, Ж К, К1 Aggressive liquids ,0 БЭН 826-ДМС ,5-8 2, Ж К, К1 Aggressive liquids ,0 БЭН 827-ОС , Ж К Water condensate БЭН 827/1-ОС , Ж А,К1 Gas condensate, gasoline, diesel fuel БЭН 828-ОС 12, , Ж К Hladone 114 В ,0 БЭН 828/1-ОС , Б/о К Nitric acid БЭН 828/2-ОС ,1 16 5,5 Ж К Phenol ,8 БЭН 828/3-ОС , Ж К* diesel fuel УХЛ2 БЭН 829-ОС , Ж А, К1 Oil Mobiltherm Reihe ,0 1ExdsIIВТ2 Х БЭН 829/1-ОС , Ж К Oxide of ethylene ExdsIIВТ3 Х БЭН 830-ОС 12, , Ж А, К1 Gasoline, diesel fuel ЕxdsIIBT1 X 79

80 БЭН 830/1-ОС ,8 16 7,5 Ж А, К1 Kerosine ,37 БЭН 830/2-ОС ,5 16 7,5 Ж К Stable gasoline with the content of sulfur up to 0,78% БЭН 830/3-ОС 12, ,5 16 7,5 Ж А,К1 Gas condensate БЭН 831-ДМС 12, , Ж А, К1 Paraffin 70%, oil - 30 % БЭН 831/1-ДМС , Б/о К Ethylene Минус ЕxdsIIСT4 X БЭН 832-ДМС , Ж А, К1 Diesel fuel БЭН 835-МС , Ж А, К1 Propane ,2 80

81 БЭН 836-ДМС , Ж А, К1 SFLU ,46 БЭН 837-ОС , Ж К Potassium nitrate 70 %, water-30% БЭН 838-ДМС , Ж А, К1 Condensed carbohydrates ,0 БЭН 839-МС , Ж А, К1 Condensed carbohydrates ,0 БЭН 840-МС , Ж А, К1 Condensed carbohydrates ,0 БЭН 841-ДМС , Ж К Acid water ,0 БЭН 842-ДМС , Ж А, К1 Condensed carbohydrates ,0 81

82 БЭН 843-МС , Б/о А, К1 Toluene ,68 БЭН 844-МС , Ж К, К1 Ammonia ЕхdsIIСТ4 Х БЭН 845-МС 6, ,6 40 7,5 Ж А, К1 Gasoline ready (SGR) ,2 1ЕxdsIIВТ3 Х БЭН 845/1-МС , Ж А,К1 Hexane-isopentane ЕxdsIIВТ3 Х БЭН 845/2-ОС , Ж К Mazut ЕxdsIIВТ1 Х БЭН 845/3-МС , Ж А,К1 Mazut ,45 БЭН 845/4-ОС Ж К,К1 Hydrocarbons with admixture of sulfur ,36-0,19 БЭН 845/5-ОС , Ж К Diesel fuel, Goudron УХЛ2 82

83 БЭН 845/6-ОС , Ж К Vacuum gas oil УХЛ2 БЭН 845/7-ОС , Ж К SUG БЭН 845/8-ОС , Ж К,К1 БЭН 846-МС , Ж К, К1 UVK: Sulfur -0,15%; Hydrogen sulfide - 0,095% Oil products-20%, MEK-40 %, toluene-40 % ЕхdsIIВТ3 Х БЭН 855-ОС 12, , Ж К Heat-transfer agent- 60% solution DEG in water ,44-1,18 БЭН 856-МС , Ж К,К1 Methyl diethanolamine ,0 83

84 1БЭН 856-МС , Ж К,К1 БЭН 857-ОС ,7 16 5,5 Б/о К monoethanolamin 6%МЭА+94%Н 2 S Chloride methyl (hladon-40) Минус ,3-0,4 БЭН 858-МС , Ж К,К1 Diethanolamine ,0 1ЕхdsIIВТ3 Х БЭН 859-ОС , Ж К Water condensate ,0 1ЕхdsIIВТ3 Х БЭН 859/1-ОС , Ж К Process liquid 150 БЭН 859/2-ОС , Ж А,К1 Diesel fuel ЕхdieВТ3 Х БЭН 860-ДМС ,5-10 1, Ж А, К1 Distilled gasoline БЭН 861-МС , Ж К 30 % solution of methyl ethanolamine

85 БЭН 862-ОС , Б/о К Aggressive liquids ,0 БЭН 863-МС ,0 16 2,2 Ж К Cyclohexanone-15%, Cyclohexanol-85 % ,6 БЭН 863/1-ОС ,7 16 2,2 Ж К,К1 Gas oil ,9 БЭН 864-МС , Ж А, К1 Unstable condensate ,53 БЭН 865-МС ,5-6 1, Ж К, К1 Blackout product ,94 1ЕхdsIIВТ1 Х БЭН 865/1-МС , Ж А,К1 Diesel-gas oil fraction, Reduced fuel oil ,35 0,47 1ЕхdsIIВТ1 Х 85

86 БЭН 865/2-МС , Ж А,К1 Mazut М (при 50 о С) 11-59* *При 80 о С 1ЕхdsIIВТ1 Х БЭН 865/3-МС ,8 4 Ж К Aggressive liquids ЕхdsIIВТ2 Х БЭН 866-ОС , Ж К,К1 Vacuum gas oil, Diesel fraction ,7 1,0 1ЕхdsIIВТ2 Х БЭН 866/1-ОС Ж А,К1 Heavy gas oil БЭН 866/2-ОС , Ж К,К1 Reduced oil ,36 1ЕхdsIIВТ2 Х БЭН 866/3-ОС , Ж А,К1 fraction ,24 1ЕхdsIIВТ3 Х БЭН 866/4-ОС Ж А,К1 Mazut ВТ1Х БЭН 866/5-ОС , Ж К,К1 Mazut М ЕхdsIIВТ3 Х БЭН 867-ОС , Ж К, К1 Stable hydrocarbons condensate

87 БЭН 867/1-ОС , Ж А,К1 Butane БЭН 867/2-ОС , Ж К,К1 SUG БЭН 867/3-ОС , Ж К Fraction 90 о -КК УХЛ 2 БЭН 867/4-ОС , Ж К,К1 Rich absorbent УХЛ 2 БЭН 868-ОС , Ж К, К1 Motor gasoline БЭН 869-МС , Ж К Vinyl chloride ,17 БЭН 870-МС , Б/о К Butadiene ,26-0,2 БЭН 870/1-МС , Б/о К,К1 hydrocarbons with admixture of sulfur ,5-2,8 БЭН 870/2-МС , Б/о К,К1 Water БЭН 870/3-МС , Б/о А,К1 Ammonia

88 БЭН 871-МС , Ж К,К1 Hydrocarbon condensate ,8 БЭН 871/1-МС , Ж А,К1 Propane-butane mix БЭН 871/2-МС , Ж К* Propane-butane fraction ,2 Весь из за SO 2 в атмосфере БЭН 871/3-МС , Ж К,К1 Gasoline БЭН 871/4-МС , Ж К,К1 Isobutene-isobutylene SFLU ,9-534,3 0,39-0,24 У 2 БЭН 871/5-МС , Ж К,К1 Ethylene БЭН 871/6-МС , Б/о К.К1 БЭН 872-ОС , Ж А, К1 БЭН 872/1-ОС , Ж К,К1 Condensed hydrocarbons Wild oil Diesel fuel Propane-butane mix , ,0 2,5-1,6 БЭН 873-ДМС , Ж А, К1 Propane-butane fraction ,5 88

89 БЭН 874-ОС , Ж К, К1 Unstable fraction НК ,0 БЭН 874/1-ОС Ж К Benzol fraction УХЛ 2 БЭН 874/2-ОС , Б/о А,К1 Propane-butane mix БЭН 875-МС , Ж А, К1 Condensed gases ,0 БЭН 876-МС , Ж А, К1 Condensed gases ,0 БЭН 876/1-МС , Ж К* Feed water Весь из за NO 2 в окружающей среде 1ЕхdsIIСТ4 Х БЭН 877-МС , Ж А, К1 Condensed gases ,0 БЭН 877/1-МС , Ж К,К1 Butyl alcohol БЭН 877/2-МС , Ж К,К1 100% isoprene БЭН 877/3-МС , Ж К.К1 propane-propylene fraction and water ,0779% mass БЭН 878-МС , Ж К, К1 Aggressive mixture ,0 89

90 (20 % NаОН) БЭН 879-ДМС , Ж А, К1 Condensed gases ,0 БЭН 880-МС , Ж А, К1 Condensed gases ,0 БЭН 881-ДМС , Ж А, К1 Distilled gasoline ,0 БЭН 882-МС , ,5 Б/о А, К1 Gasoline ,0 БЭН 883-ОС ,5 16 7,5 Ж А, К1 Gasoline ,0 1ЕхdsIIВТ3 Х БЭН 883/1-ОС ,8 16 7,5 Ж А,К Gas oil atmospheric ,32 1ЕхdsIIВТ1 Х БЭН 884-ДМС , Ж А, К1 Fraction С 4 -С ,26 90

91 БЭН 884/1-ДМС , Б/о К Ethylene Минус БЭН 885-ДМС 1, ,5-1,8 2,0 1,4 16 5,5 Б/о Ж К, К1 UVK Toluene ,68-0,43 БЭН 886-МС 1, ,4 16 2,2 Б/о К, К1 Toluene ,63-0,55 БЭН 887 -МС , Б/о К Toluene -95%, accelerant ,63-0,55 БЭН 887/1-МС ,5-7 1,6 16 5,5 Ж К,К1 gasoline БЭН 887/2-МС 6, , Б/о К,К1 Oil БЭН 887/3-МС 6, ,2 16 7,5 Б/о К БЭН 887/4-МС 6, ,5-9 1, Б/о К gasoline butane-1 Hydrocarbon condensate БЭН 887/5-МС 6, ,5-7 1,6 25 5,5 Б/о А,К1 Propane fraction БЭН 887/6-МС ,6 40 7,5 Б/о А,К1 99,8% propylene УХЛ УХЛ2 91

92 БЭН 887/7-МС , ,0 Ж К,К1 Makeup water 5 80 БЭН 887/8-МС ,7 16 7,5 Б/о А,К1 fraction NК БЭН 888-ДМС ,5-2,5 1,6 40 7,5 Б/о А, К1 Hydrocarbons , БЭН 889-МС ,5-5 1, Ж К,К1 Diesel fuel ,5 1ЕхdsIIВТ2 Х 1БЭН 889-МС ,5-5 1, Ж К,К1 Benzene ЕхdsIIВТ3 Х БЭН 889/1-МС 2, , Ж К Polyamine mixture ЕхdsIIВТ3 Х БЭН 890-МС 6, ,5 16 5,5 Б/о К, К1 Butadiene ,4 Toluene -90 %, methyl БЭН 891-МС 6, , Ж К ethanolamine БЭН 891/1-МС 6,3 70 2,5-9 1, Б/о А,К1 МТBE Минус БЭН 892-МС ,5-2,5 2,3 16 2,2 Ж К,К1 Mazut ,9 1ЕхdsIIВТ1 Х БЭН 893-МС , Ж К, К1 Condensate with content of hydrogen sulfide ЕхdsIIВТ3 Х 92

93 БЭН 894-ДМС , Ж А, К1 Heptane БЭН 895-ОС ,8 16 1,1 Б/о К Toluene -95%, accelerator ,63-0,55 БЭН 895/1-ОС ,7 16 1,5 Б/о К 5% NaОН БЭН 895/2-ОС 2, ,5 2,1 16 1,1 Б/о К,К1 Isoparaffin hydrocarbons С 14 -С ,5 БЭН 896-ДМС 12, , Ж К, К1 Methyl ethanolamine БЭН 897-МС 3, , Б/о К Water-99,8%, hydrogen sulfide - 0,2% ,56 БЭН 898-МС 3, , Б/о К, К1 Gasoline БЭН 899-МС 1,5 85 0,5-2,5 1, Б/о А, К1 Diesel fuel ,57 93

94 БЭН 899/1-МС 2, ,5 1, Б/о К,К1 Ethane-ethylene БЭН 900-ДМС , Б/о А, К1 UVK ,74 БЭН 901-ОС 5, , Ж А, К1 Oil fuel ,86 1ExdsIIBT1 X БЭН 902-ОС 8, ,8 16 5,5 Ж А, К1 Diesel fuel ,44 1ExdsIIBT2 X БЭН 902/1-ОС 7, ,9 16 5,5 Ж А,К1 БЭН 903-ДМС ,5-7 1, Ж К, К1 fractions: ; Mixture of diphenyl, naphthalene, carbohydrates 287; ,57 БЭН 905-МС ,3 16 7,5 Б/о К Ethyl alcohol 96,1%, admixtures БЭН 905/1-МС 12, ,6 25 7,5 Б/о К,К1 Condensed gas У 2 БЭН 905/2-МС , Б/о А,К1 Gas condensate БЭН 906-ОС , Б/о Е 96 % sludge acid БЭН 907-МС , Ж А, К1 Carbon condensate ,8 94

95 БЭН 907/1-МС , Ж К,К1 Podtovarnaia water До БЭН 907/2-МС , Ж К,К1 oil, butane БЭН 907/3-МС Ж А,К1 БЭН 908-МС , Ж К, К1 propane-propylene fraction phenol-75%, oil-25% ,63 1ExdsIIBT2 X БЭН 909-МС , Ж К, К1 Phenol-75%, oil-25% ,39 1ExdsIIBT1 X БЭН 909/1-МС , Ж А,К1 Stable gas condensate ,26 1ExdsIIBT1 X БЭН 909/2-МС БЭН 910-ДМС , Ж К, К1 Deaerated water ,3 95

96 БЭН 911-ОС , Б/о А, К1 Propane butane fuel, Butane-butilene fraction ,0 БЭН 912-ОС , Ж А,К1 SFLU БЭН 913-МС , Ж А, К1 Propane butane fuel ,0 БЭН 913/1-МС , Ж К, К1 Butadiene ,2 БЭН 913/2-МС Ж К Propane fraction УХЛ2 БЭН 914-МС , Ж А, К1 Propane butane fuel ,0 96

97 БЭН 914/1-МС , Ж К,К1 Dissolvent БЭН 915-ОС , Б/о К Benzene, Ethylene glycol БЭН 916-ОС , Ж К Ethylene glycol БЭН 916/1-ОС , Ж К,Е 99,5 % acetic acid ,18 БЭН 916/2-ОС Б/о К,К1 Propylene ,3 БЭН 916/4-ОС , Ж К Ecosol ,16 БЭН 917-МС , Ж А, К1 Xylene ЕхdsIIВТ3 Х БЭН 917/1-МС , Ж К,К1 ТМК-74%, DMD-12 %, water- 9%, organic-5% ,69 БЭН 917/2-МС 6, ,5-7,5 1, Ж К,К1 Steam condensate ,23 БЭН 917/3-МС , Ж К,К1 Petroleum derivatives ,37 1ЕхdsIIВТ1 Х 97

98 БЭН 918-МС , Ж А, К1 Condensed gases БЭН 919-МС , Ж А, К1 Condensed gases БЭН 920-МС , Ж А, К1 Propane butane fuel butane-butilene fraction БЭН 920/1-МС , Ж К,К1 SFLU БЭН 921-ОС , Ж А, К1 Gasoline ,8 БЭН 922-МС , Б/о Е Gasoline fraction

99 БЭН 923-МС , Ж К Recovered DEА with content of hydrogen sulfide 40, ,36-1,38 БЭН 923/1-МС Ж К,К1 Desalting water БЭН 923/2-МС , ,5 Б/о А,К1 Condensed gas С БЭН 923/3-МС , ,5 Б/о К,К1 SFLU БЭН 923/4-МС ,5 Б/о К,K1 БЭН 924-МС , Б/о А, К1 Propane butane fraction: propane from 40 up to 85%, butane from 25 up to 60% butane-butilene fraction ,27 1БЭН 924-МС , Б/о А, К1 butane-butilene fraction ,27 99

100 БЭН 925-ОС , Ж К Methanol БЭН 925/1-ОС , Ж К,К1 Condensed gas H 2 S- 0,08 S-0, БЭН 926-МС , Б/о К UVK Минус БЭН 926/1-МС , Б/о К* Condensed hydrocarbons Минус *Весь, УХЛ2 БЭН 927-ОС , Б/о А, К1 UVK БЭН 928-ОС , Ж К, К1 Diesel fuel ЕхdsIIВТ3 Х БЭН 929-ДМС , Ж* А, К1 UVK Минус *Незамерзающая жидкость 1БЭН 929-ДМС , Ж А, К1 Gasoline fraction БЭН 930-МС , Ж*. А, К1 UVK Минус *Незамерзающая жидкость 100

101 БЭН 931-ДМС , Ж А, К1 Pentane hexane fraction ,3 1БЭН 931-ДМС , Ж А, К1 Pentane hexane fraction ,3 1БЭН 931/1-ДМС , Б/о А,К1 Propane БЭН 931/2-ДМС , Ж К,К1 Gas condensate БЭН 931/3-ДМС , Ж К,К1 SFLU БЭН 931/4-ДМС Ж К,К1 Kerosine БЭН 932-ДМС ,5 1, ,5 Б/о А, К1 LP gas БЭН 932/1-ДМС ,5-5 1, Ж К,К1 Light hydrocarbons БЭН 933-МС , Б/о К, К1 Ammonia

102 БЭН 934-ОС , Ж А, К1 Gasoline БЭН 934/1-ОС , Ж А, К1 kerosine RТ, R1 (aviation) БЭН 934/2-ОС , Ж А, К1 kerosine RТ, R1 (aviation) БЭН 935-МС , Ж К, К1 7 % water solution NаОН БЭН 936-ОС 12,5 50 3,5-15 1,5 16 5,5 Ж К Condensate with the content of hydrogen sulfide ЕхdsIIВТ3 Х БЭН 936/1-ОС 12, ,5 16 9,0 Ж К Oil, mazut М ,0 БЭН 936/2-ОС ,5 16 4,0 Ж А,К1 Fraction NК БЭН 937-ОС , Ж А, К1 Condensed hydrocarbon gas (SPBT)

103 БЭН 938-ОС , Ж А, К1 Condensed gas (BT) БЭН 938/1-ОС , Ж К,К1 SFLU УХЛ 2 БЭН 939-ОС , Ж А, К1 Condensed gas (butane-butilene fraction) БЭН 940-ОС , Б/о А, К1 Condensed gas (SPBTor BT) БЭН 941-ОС , Б/о А, К1 Gasoline fraction С 4 -С 7-99,9% ,34 БЭН 942-МС 3, ,6 2,8 16 2,2 Ж А, К1 Cyclohexanone, Xylol ЕхdsIIВТ3 Х БЭН 943-ОС ,8-2,5 1,8 16 1,1 Б/о А, К1 Mixture: benzene-50%, toluene-15%, xylol-35% БЭН 943/1-ОС ,7 16 1,5 Б/о К Reflux water with methanol up to 23 %

104 БЭН 944-ОС , Ж А, К1 Methanol БЭН 945-ДМС ,4 16 5,5 Б/о А, К1 Fusel oils БЭН 946-МС ,5-3,0 1,5 16 2,2 Б/о К Nitro-acrylic acid БЭН 946-ОС ,5-3,0 1,5 16 2,2 Б/о К Nitro-acrylic acid БЭН 947-ОС 1,2 25 0,3-1,8 1,6 16 1,1 Б/о К Gas and water condensate ,56 БЭН 948-ДМС , Ж А, К1 Propane-butane БЭН 948/1-ДМС 2, ,5-3,5 1,8 25 7,5 Б/о А, К1 Propane-butane mixture

105 БЭН 948/2-ДМС , Ж А, К1 PPF БЭН 948/3-ДМС ,5 25 7,5 Ж А,К1 Condensed gas С БЭН 949-ОС 6, , Б/о К Separator oil ,0-15,0 БЭН 950-ОС , Ж А, К1 Oil ,0 БЭН 951-ДМС , Ж А, К1 Liquid hydrocarbon fraction БЭН 952-ДМС , Ж А, К1 Liquid hydrocarbon fraction БЭН 953-ДМС 3, ,5 1,6 16 5,5 Ж А, К1 Condensed gas (ether) ,0 БЭН 954-ОС ,5 2, Ж А, К1 Oil

106 БЭН 955-ДМС , Ж А, К1 Condensed gas БЭН 956-ДМС , Ж А, К1 Light gasoline БЭН 957-ДМС , Ж К, К1 Feed water (deaerated) ,3 БЭН 957/1-ДМС , Ж К, К1 alkali 10%, water-90% БЭН 957/2-ДМС ,5 1, Ж А,К1 Diesel fuel БЭН 958-ДМС 3, ,5-5,0 1,6 40 5,5 Б/о А, К1 Propane-butane ,0 БЭН 958/1-ДМС 2, ,5-3,5 1,7 40 7,5 Ж К, К1 Torch condensate УХЛ2 БЭН 958/2-ДМС 1, ,0-3,0 1,7 25 7,5 Ж А,К1 БЭН 958/3-ДМС ,5 1, Ж К,К1 Woter condensate with traces of gasoline 0,5% Steam condensate ,0 100 о С

107 БЭН 959-ОС ,5 2, Ж К Benzene-72%, toluene-14%, 1,5-hexadien-10%, cyclopentadien-4% ,3 БЭН 959/1-ОС , Ж К Termolan (при 20 о С) БЭН 960-ОС , Б/о К Desiccant (solution of salts of metals in solvent) БЭН 960/1-ОС , ,5 Б/о К,Е H 2 SO 4 92,5% БЭН 961-ОС 6, , Б/о К БЭН 961/1-ОС ,5-9 1,6 16 2,2 Б/о К Desiccant (solution of salts of metals in solvent) Solution of ethylene glycol УХЛ 2 БЭН 962-ОС 2,5 30 1,4-3 1,7 16 1,1 Ж А, К1 Oil extract (предельн о допустима я 270) 1ЕхdsIIВТ2 Х 107

108 БЭН 962/1-ОС 2, ,7 16 1,1 Ж А,К1 Mineral oil БЭН 963-ОС , Ж А, К1 Gasoline, diesel fuel БЭН 964-ДМС , Ж А, К1 Isobutane-isobutilene fraction БЭН 965-ОС 2,4 25 1,5-2,8 2,4 16 1,1 Ж К,Е Diethylene glycol ,0 1ЕхdsIIВТ3 Х БЭН 966-ДМС , Ж К, К1 Water ,36 БЭН 966/1-ДМС , Ж А, К1 Fraction С 3 -С

109 БЭН 967-ОС ,2 40 5,5 Б/о А, К1 Gas condensate Минус БЭН 968-ОС , Ж А, К1 Propane butane fraction БЭН 969-ОС , Ж А, К1 Thermal liquid ЕхdsIIВТ3 Х БЭН 970-ОС , Б/о А, К1 Stable gasoline БЭН 970/1-ОС , Б/о А, К1 БЭН 970/2-ОС , Б/о А,К1 Propane, propylene and Н 2 Gasoline fraction, С3,С4,С6 17, ЕхdsIIСТ4 Х БЭН 971-ДМС , ,5 Б/о К, К1 Gas condensate Минус БЭН 972-ОС ,9 40 7,5 Ж А, К1 Technical propane Technical propanebutane Stable gasoline

110 БЭН 972/1-ОС ,5 40 7,5 Б/о К ethane-35 % ethylene-65% БЭН 973-ДМС , Ж А, К1 Gas condensate БЭН 974-МС ,5-4 2,0 16 2,2 Ж К Xylol-49%, butyl-benzene -14,2%, methylnaphthalene- 14,2%, toluene-22,8% ЕхdsIIВТ3 Х БЭН 974/1-ОС ,5 2,0 16 2,2 Ж К БЭН 974/2-ОС 1,5 50 0,5-4 1,5 16 2,2 Ж К, К1 БЭН 975-ОС ,3 16 7,5 Ж А, К1 Diethyleneglycol-94 %, water-6 % iбс-0,6-1%, nбс-90-92%, methanol-0,2-0,7%, ethers -0,1-0,5%, butyrates-0,6-1%, VKP-5-8% Benzene-65%, hexadien-25,7%, cyclopentadien-1% ЕхdsIIВТ3 Х ,29 1ЕхdsIIВТ3 Х ,44 110

111 Benzene-69,29%, hexadien 21,4%, cyclopentadien -9,31% ,36 БЭН 975/1-ОС , Б/о К,Е DEG and watermethanol mixture УХЛ2 БЭН 976-ОС 12, ,1 16 7,5 Б/о 160 К Cys-butene-70%, trans-butene-30% БЭН 977-ОС , Ж А, К1 Trimethylcarbinol- 100% БЭН 977/1-ОС , Ж А, К1 Reflux ,36 БЭН 977/2-ОС , Ж А, К1 Mazut (при 100 о С) БЭН 977/3-ОС , Б/о А, К1 Unstable gasoline БЭН 978-ОС , Ж А, К1 isoprene-99%, impurities -1%

112 БЭН 978/1-ОС , Ж А, К1 Circulation flooding ,33 БЭН 979-ОС , Б/о К SFLU БЭН 980-МС , Б/о К, К1 SFLU БЭН 981-МС , Ж К, К1 Azotic tetraoxide ,29 БЭН 982-ОС , Ж К Asymmetrical dimethylhydrazine (heptyl) ,68 БЭН 983-ОС Azotic tetraoxide ,29 БЭН 984-ОС Ж К Azotic tetraoxide ,29 БЭН 985-МС 3, ,8 16 3,0 Б/о К Hydrogen peroxide - 50% ,17 112

113 БЭН 986-ОС 5, ,6 16 9,0 Б/о Е БЭН 986/1-ОС 6,3 4, ,5 Б/о Е БЭН 987-МС , Ж К, К1 92,5 94% sludge acid Silicon tetrachloride SiCl 4 Solution: Aniline-94,6 %, nitrobenzene-2% , ЕхdsIICТ4 Х ЕхdsIIВТ3 Х БЭН 988-ДМС , Ж А, К1 Diesel fraction ,54 БЭН 989-ДМС ,5-3,5 1,6 40 5,5 Б/о К,Е Cyclopentane ,0 БЭН 990-ОС ,5 1, Б/о К, К1 Freon R 22 Минус БЭН 990/1-ОС ,5 16 1,5 Б/о К,К1 Ethanol 99.8% БЭН 990/2-ОС ,2 Б/о К,Е Acid gas condensate БЭН 991-МС , Ж А, К1 Fraction С 3 -С БЭН 991/1-МС , Ж К Condensed hydrocarbons

114 БЭН 991/2-МС , Ж К propane-50 %, butane- 50 % or SFLU with content of sulfur up to 0,1 % БЭН 991/3-МС , Ж К,К1 Hexoic dissolvent БЭН 992-ДМС , ,5 Б/о А, К1 Toluene-benzene fraction БЭН 993-ОС , ,5 Б/о А, К1 Pyrocondensate with С 6 -С 8-60% and benzene-30% БЭН 994-МС , Ж К, К1 Dipentil ,63 1ЕхdsIIВТ1 Х БЭН 995-МС , Ж А, К1 Gasoline ,26 114

115 БЭН 995/1-МС , Б/о К, К1 Hydrocarbons БЭН 996-МС , Ж К, К1 15% of solusion NаОН БЭН 996/1-МС , Ж К,К1 Feedwater (deaerated) ЕхdsIIСТ4 Х БЭН 998-ОС , Ж А, К1 Fraction С ЕхdsIIВТ3 Х БЭН 999-ОС , Ж А, К1 Fraction С ЕхdsIIВТ3 Х БЭН 999/1-ОС , Ж А,К1 Atmospheric gas oil ЕхdsIIВТ2 Х БЭН 1000-ОС , Б/о А, К1 Condensed gas of stabilization

116 БЭН 1000/1-ОС , Ж К PPF БЭН 1001-ОС , Б/о К Condensed gas of stabilization with possible admixtures of chlorine and sulfur БЭН 1002-МС , Ж А, К1 Gasoline БЭН 1002/1-МС , Ж А, К1 Light gas oil БЭН 1002/2-МС , Ж К,К1 BTK and hydrocarbon ExdsIIСТ3X БЭН 1003-ОС , Б/о К, К1 Separator oil 2 30 до 970 до 30 БЭН 1004-МС 6, , Б/о К Gas condensate with hydrogen sulfide до

117 БЭН 1004/1-МС ,5 1,5 16 5,5 Б/о К,К1 Solution of TBK in the butadiene БЭН 1004/2-МС , Б/о К 14,3% solution of NAOH ,2 Невзрывозащищен БЭН 1004/3-МС Б/о К* Liquid СО *Включая станину БЭН 1005-ДМС , Ж А, К1 БЭН 1005/1-ДМС , Ж К,К1 БЭН 1005/2-ДМС , Ж К,К1 Isobutane-53,3%, Isobutylene- 42% butane-80%, PPF-10%, bivinyl-10% а) Water б) fraction (LVGO) ,0 БЭН 1006/1-МС , Ж К,К1 Mazut М ExdsIIBТ1 X БЭН 1006/2-МС ,5 16 7,5 Ж К,К1 Fraction С ExdsIIСТ3 X 117

118 1БЭН 1006-МС 6, ,4 16 7,5 Ж А, К1 Mazut ExdsIIBТ1 X БЭН 1007-МС 6, , Ж Е Aggressive liquid ,0 БЭН 1008-МС , Ж А, К1 Deethanized gas condensate with methanol при 20 о С 0,4 БЭН 1008/1-МС , Ж А,К1 Oil ,7 БЭН 1009-ОС , Ж К kerosine Water with carbohydrates (10-15%) БЭН 1009/1-ОС , Б/о К 100 % benzene ,57 118

119 БЭН 1010-МС , ,5 Б/о К, К1 Gasoline of distillation Butadiene -100% ,37-0,35 БЭН 1010/1-МС , Б/о К,К1 Water БЭН 1011-ОС , Б/о К, К1 Butadiene-100% ,35 БЭН 1012-ДМС ,3-2,5 1,4 16 5,5 Б/о К 1 Toluene-95%, accelerator-5% (TIBA) 2 Toluene-95%, accelerator -5% (DDT) ,76 0,61 БЭН 1012/1-МС 1, ,5-1,5 1,4 16 5,5 Б/о К Water with Н 2 S 0,24%; СО 2-0,07 % БЭН 1013-МС , Б/о К Butadiene-100% ,35 БЭН 1013/1-ОС , Б/о К Butadiene -99,93 %, Inhibitor 0,07% ,33 119

120 БЭН 1013/2-ОС , Б/о К isobutylene, isobutene ,26 БЭН 1013/3-ОС 12, , Б/о К Acetone ,26 БЭН 1013/4-ОС , ,5 Б/о К Water and 0,1 % of sulfur ,0 БЭН 1013/5-ОС , Ж К 5 % НNО БЭН 1013/6-ОС , Ж А,К1 Vacuum gas oil ,6 БЭН 1013/7-ОС , ,5 Ж К SUG БЭН 1013/8-ОС Б/о К Acid waste water, with H 2 S and other

121 БЭН 1013/9-ОС , Б/о К Light hydrocarbons УХЛ 2 БЭН 1013/10-ОС , ,5 Ж К, К1 Process liquid with traces of oil ExdsIIBТ4 X УХЛ 2 БЭН 1014-ОС , Б/о А, К1 Separator oil БЭН 1014/1-ОС ,8 16 5,5 Б/о А,К1 Oil, С 3,С 4,С 6 БЭН 1014/2-ОС ,8 16 7,5 Ж К Diesel fuel ,2 БЭН 1015-МС , Б/о К SFLU БЭН 1015/1-МС , Ж К,К1 Isobutylene, isobutene ,26 БЭН 1015/2-МС , Ж К,К1 Isobutylene fraction ,26 БЭН 1015/3-МС , Ж К,К1 Dichlorethane БЭН 1015/4-МС Ж К,К1 Oil (gas condensate) 20 (10) БЭН 1016-ОС , Б/о К Solution of ТIBА in toluene (toluene-87%, TIBA-13%) 845 (780) Минус ,11 121

122 БЭН 1017-ОС , Б/о К БЭН 1017/1-ОС , Ж К* Toluene-87%, TIBA +TiCl 4-13% Desalting water, steam condensate Минус , Весь из за NO 2 в окружающей среде 1ЕхdsIIСТ4 Х БЭН 1017/2-ОС , Б/о К Diesel fuel БЭН 1018-ОС , Б/о А, К1 Propane-propylene fraction ,8 БЭН 1019-ОС , Б/о К Toluene-87%, TIBA and TiCl 4-13% Минус ,11 БЭН 1020-МC , Б/о А, К1 Isobutane-Isobutylene fraction ,13 БЭН 1020/1-МC , Ж К,К1 Light gasoline БЭН 1020/2-МC , Ж К Light gasoline УХЛ 2 БЭН 1021-МС , Ж К, К1 Reduced oil ,5 1ЕхdsIIВТ3 Х 122

123 БЭН 1022-МС , Ж А, К1 Diesel fuel ,95 1ЕхdsIIВТ2 Х БЭН 1022/1-МС , Ж А,К1 Weighted mazut ,43 БЭН 1022/2-МС , Ж А,К1 Reduced oil БЭН 1022/3-МС , Ж А,К1 Mazut М ,5 1ЕхdsIIВТ1 Х БЭН 1023-МС , Ж А, К1 Oil ,0 6 (при 80 о С) БЭН 1024-МС , Ж К, Е Dichlorethan with traces of hydrochloric acid БЭН 1024/1-МС , Ж К,К1 Dichlorethan БЭН 1025-ОС , Ж К, К1 Condensed hydrocarbons БЭН 1025/1-ОС Ж А,К1 а) diesel fuel б)fraction ( LVGO) ,18 1ЕхdsIIВТ2 Х БЭН 1025/2-ОС , Ж А, К1 а) diesel fuel б) diesel fuel в) atmospheric gas oil ЕхdsIIВТ1 Х 123

124 БЭН 1025/3-ОС , Ж К,К1 Isobutan-isobutylen isopentan-isoprene fraction БЭН 1026-ОС 2,5 28 0,5-3,2 1,8 16 1,1 Ж А, К1 а) diesel fuel б) Mazut ,0 1ЕхdsIIВТ3 Х 1ЕхdsIIВТ1 Х БЭН 1027-ОС , Ж К Methanol БЭН 1028-ДМС , ,5 Б/о К* Condensed gas Минус t o oкр.среды минус 55 о С *Включая станину БЭН 1029-ДМС 3, ,5 1,8 16 5,5 Б/о К, К1 Dry and desalinized oil ,7 БЭН 1030-ДМС , Ж К, К1 БЭН 1031-ОС , Ж К Condensed hydrocarbons (5-58)% nitric acid (30-40) % basic

125 БЭН 1032-МС , Ж К, К1 Gas condensate ЕхdsIIВТ3 Х БЭН 1033-ОС , Ж К, К1 Gas condensate ЕхdsIIВТ3 Х БЭН 1034-ДМС , Ж А, К1 Gasoline fraction 130 -КК ,1-0,9 БЭН 1034/1-ДМС , Ж К,К1 ПВСК БЭН 1035-ДМС 3, ,8-4 1,8 25 5,5 Б/о К, К1 Pyrocondensate БЭН 1036-МС , Ж К, К1 Light resin pyrolysis при 20 о С БЭН 1037-ДМС , Ж К, К1 Condensed hydrocarbons Минус БЭН 1040-ОС , Ж К Diesel fuel

126 БЭН 1040/1-ОС ,5 7, Ж К water liquid petroleum derivatives БЭН 1041-МС , Б/о К БЭН 1041/1-МС , Ж К,К1 Condensed hydrocarbons Condensed hydrocarbons Minus БЭН 1041/3-МС , Ж К,К1 SFLU БЭН 1042-ОС , Ж К, К1 Diesel fuel ЕхdsIIВТ3 Х БЭН 1042/1-ОС , Ж А,К1 Kerosine БЭН 1042/3-ОС , Ж К,К1 Deethanized condensate УХЛ2 БЭН 1042/2-ОС , Ж К,К1 Diesel fraction ЕхdsIIВТ2 Х БЭН 1043-ДМС , Ж Е 1,5% solution of Н 2 SО ,0 БЭН 1043/1-ДМС , Ж К,К1 Light gasoline БЭН 1043/2-ДМС , Ж К Light gasoline УХЛ 2 126

127 БЭН 1045-ДМС , Ж А, К1 Stable gas spirit БЭН 1046-ОС , Б/о К Isobutylene % БЭН 1047-ОС , Ж К Methyl chloride-74,1 %, Isobutylene -25% ,16 БЭН 1047/1-ОС , Ж К,К1* Propane-butane fraction Весь из за SO 2 и H 2 S в окружающей среде БЭН 1048-ОС , Б/о К Methyl chloride - 93,9%, Isobutylene -5,45 % ,15 БЭН 1049-ОС , Ж К,К1 SUG БЭН 1049/1-ОС , Б/о А,К1 Hydrocarbons С ,24 БЭН 1050/1-ОС ,5-18 1, Б/о К butene УХЛ2 БЭН 1051-ОС 12,5 50 3,5-15 1,2 16 5,5 Ж К Mononitrotanolol, ortonotrotanolol

128 БЭН 1052-МС , Ж К, К1 Overheated oil ЕхdsIIВТ1 Х БЭН 1052/1-МС , Ж К,К1 БЭН 1052/2-МС , Ж К Heavy gas oil with sulfur 1,28 % Gasoline fraction NК УХЛ 2 БЭН 1053-ОС ,8-3,5 2,2 16 2,2 Б/о К, Е 95 % sludge acid БЭН 1054-МС , Ж К, К1 Dump hexane БЭН 1055-ОС , ,5 Б/о К 20% solution butyl-lithium

129 БЭН 1055/1-ОС , Б/о К БЭН 1055/2-ОС , Б/о К Methane, ethylene, hydrogen Condensed hydrocarbons ЕхdsIIСТ УХЛ2 БЭН 1055/3-ОС , Ж К,К1 Н-butane fraction ,1 БЭН 1055/4-ОС , Ж К Sulfide water ЕхdsIIСТ4 Х БЭН 1056-МС , Ж К, К1 Overheated oil ЕхdsIIВТ1 Х БЭН 1056/1-МС , Ж К, К1 Fraction ЕхdsIIВТ3 Х БЭН 1056/2-МС , Ж А,К1 Fraction БЭН 1057-МС , Б/о К, К1 БЭН 1057/1-МС , Ж К,К1 a) Butyl acetate b) Enriched butyl acetate c) Extract of butyl acetate Hydrocarbons and sulfur ,0 1,0 1,2 БЭН 1057/2-МС , Ж К,К1 Hydrocarbons and sulfur ЕхdsIIВТ1 Х БЭН 1057/3-МС , Ж К,К1 SUG

130 БЭН 1057/4-МС , Ж К БЭН 1057/5-МС 12, , Б/о К БЭН 1057/6-МС , Б/о К,К1 БЭН 1058-ДМС 2, ,5-3,5 1,3 16 5,5 Б/о К Petroleum derivatives Condensed gases, water -3% Hydrocarbon condensate Butane-butylene farction 20% orthophosphoric acid УХЛ ,0 БЭН 1059-МС , Б/о* К, К1 Methanol-100 % *При температуре перекачиваемой жидкости от 2 0 С до15 0 С- охлаждение жидкостное БЭН 1060-ОС , Ж К Boiler water ЕхdsIIВТ2 Х БЭН 1061-ОС 6, ,3 16 1,1 Б/о К Mixture: Ethyl alcohol 50 70%, propylene glycol УХЛ2 БЭН 1062-ОС , Ж К Oil

131 БЭН 1063-МС , ,5 Б/о К Absorbent (mixture of benzene hydrocarbon) ,6 БЭН 1064-МС , Б/о К,К1 Liquid ammonia БЭН 1064/1-МС , Ж К,К1 Reduction products БЭН 1064/2-МС , Ж К БЭН 1064/3-МС , Б/о К,К1 Mix of phenol and acetone Oil or gas condensate with water ,0 БЭН 1064/4-МС , Ж К,К1 Feedwater УХЛ 2 БЭН 1065-ОС , Ж А,К1 Hydrocarbons mix: СН4-2%; С3Н8-96%; С4Н10-2% БЭН 1065/1-ОС , Б/о А,К1 Kerosene Минус БЭН 1066-ОС , Ж А,К1 SFLU

132 БЭН 1067-ОС , Ж А,К1 Methanol fraction БЭН 1068-МС , Ж А,К1 Butane ,7 БЭН 1069-МС 1,5 44 0,5-2,0 1,4 16 1,5 Б/о К,К1 Acid water with traces of МТBE and hydrogen sulfide ,0 БЭН 1069/1-ОС 1,2 42 0,5-1,5 1,5 16 1,5 Б/о К,К1 Vacuum gas oil ,5 БЭН 1069/2-ОС 1, ,8 1,5 16 1,5 Б/О К UVK Минус 24,7 458 УХЛ 2 БЭН 1069/3-ОС 1, ,5 1,5 16 2,2 Б/О К Hladone ,6 БЭН 1070-МС , Ж К Reduced oil до * 1ExdsIIBT3 X *при 20 С БЭН 1070/1-МС , Ж К Diesel fraction УХЛ 2 132

133 БЭН 1071-ДМС 3, ,5-4 1, Б/о А,К1 Condensed gas БЭН 1072-МС , Ж К,К1 Diesel fraction ExdsIIBT2 X БЭН 1072/1-МС , Ж К Fraction 90 о С-КК УХЛ 2 БЭН 1073-МС , Ж К Aggressive liquids БЭН 1074-ОС , Ж К Deethanized gas condensate ExdsIIBT3 X БЭН 1075-ДМС , Ж А,К1 SFLU ,25 БЭН 1075/1-ДМС , Ж К,К1 Ethylene БЭН 1076-МС , Ж А,К1 Propane-butane admixture БЭН 1076/1-МС , Ж А,К1 Gasoline БЭН 1076/2-МС , Ж К,К1 Butane fraction ,6 БЭН 1077-ОС , ,5 Б/о А,К1 Propane fraction а) diesel fuel; 800 БЭН 1077/1-ОС , Б/о А,К1 б) gasoline

134 БЭН 1078-ОС , Б/о А,К1 Commercial butane БЭН 1078/1-ОС , Ж К Light gas oil and sulfur 0,7 1% БЭН 1078/2-ОС , Ж К Hydrocarbons С 5 and H 2 S-0, БЭН 1079-ОС , Ж А,К1 Fraction of normal butane БЭН 1079/1-ОС , Б/о А,К1 Propane Минус БЭН 1079/2-ОС , Ж К isopentane-isoprene fraction ,6 БЭН 1079/3-ОС , Ж А,К1 Gasoline БЭН 1079/4-ОС , Ж К,Е 98% H 2 SO БЭН 1079/5-ОС , Б/о А,К1 Gasoline Аi-92, Аi-95 Минус

135 БЭН 1080-МС ,5 40 7,5 Ж К,К1 Process condensate with solute gases ,44 1ExdsIIСT4 X БЭН 1080/1-МС ,5-6 1,9 16 5,5 Б/о К,К1 Water БЭН 1080/2-МС ,5-7 1,8 16 7,5 Ж К Acid water БЭН 1080/3-МС , Б/о А,К1 99,8% propylene БЭН 1080/4-МС 5, ,6 50 5,5 Б/о К,К1 UVK УХЛ2 БЭН 1081-МС , Ж А,К1 Condensed gas (SPBТ) БЭН 1082-ДМС , Ж А,К1 Light gasoline БЭН 1083-МС , Ж А,К1 SFLU БЭН 1084-МС , Ж К,К1 Steam condensate

136 БЭН 1084/1-МС , Ж К Phenol ,8 БЭН 1084/2-МС , Ж К,К1 Boiler water БЭН 1085-МС , Ж А,К1 Light gasoline БЭН 1086-ОС , Ж А,К1 Light gasoline ExdsIIBT3 X БЭН 1087-ОС , Ж К Acid water (HNO3) ,1 БЭН 1087/1-ОС , Ж К,К1 Methanol БЭН 1088-ДМС , Б/о Е БЭН 1088/1-ДМС ,5-4 1,9 40 7,5 Б/о К,К1 БЭН 1089-ОС ,5-1,5 1,4 16 1,5 Б/о А,К1 55% solution of common salt Condensed hydrocarbons а) Summer diesel fuel b) Winter diesel fuel c)gasoline

137 БЭН 1090-МС , Ж К,К1 Stable gas spirit УХЛ 2 БЭН 1091ДМС , Ж К,К1 Stable gas spirit УХЛ 2 БЭН 1092-МС , Ж К,К1 Stable gas spirit УХЛ 2 БЭН 1093-МС , Ж К,К1 SFLU ,43-0,25 УХЛ 2 БЭН 1093/1-МС , Ж К,К1 VOT ExdsIIBT3 X БЭН 1093/2-МС , Ж К VОТ «ТLV-330» ,0 УХЛ 2 1ExdsIIBT3 X БЭН 1094-ОС ,5-3 1,8 16 1,5 Б/о К a) Alkaline water b) 5% water solution NaOH ,9 1,1 БЭН 1094/1-ОС ,8 16 1,1 Б/о К Acetone, solvent, lacquer petroleum До БЭН 1094/2-ОС 2,5 28 1,5-3 1,8 30 1,5 Б/о К 2,5-20% alkali solution

138 БЭН 1095-ДМС , А,К1 Light carbohydrates ,25 БЭН 1096-ОС 12, , К Condensate with dissolved СО2 and with MDEА ,7 БЭН 1096/1-ОС , Б/о К,Е Diethylene glycol А УХЛ2 БЭН 1097-МС , Ж К Process condensate with solute gases ,3 1ExdsIIСT4 X БЭН 1097/1-МС , Ж К,К1 Winter diesel fuel УХЛ 2 БЭН 1097/2-МС , Ж А,К1 Fraction БЭН 1098-МС 6, ,5-9,5 1,5 40 7,5 К Process condensate with solute gases ,5 1ExdsIIСT4 X БЭН 1098/1-МС 6, ,5-9,5 1,5 16 7,5 Ж К,К1 Water 70 %-90%, Gasoline -5%-20%, Diesel fuel -5%-10%

139 БЭН 1099-МС 1,5 55 0,5-2,5 1,4 16 2,2 Ж А,К1 toluene -99,5%, nephras -0,5% ,25 1ExdsIIBT3 X БЭН 1099/1-МС ,5-3,5 1, Ж А,К1 Diathermal (mineral) oil ExdsIIBT2 X БЭН 1100-ОС ,8 16 5,5 Б/о А,К1 100% nephras ,5-0,4 БЭН 1101-ОС , ,5 Б/о А,К1 100% nephras при 20 С БЭН 1101/1-ОС , Ж А,К1 Gasoline ,34 БЭН 1101/2-ОС , ,5 Ж А,К1 Diesel fraction ,35 БЭН 1102-ОС , Ж А,К1 100% nephras ,37 БЭН 1103-ОС , Ж А,К1 а) nephras -97%, toluene -3% б) nephras -97%, toluene -3% , ,4 139

140 в) nephras -1,5%, toluene -96,3%, butadiene -1,5%, water -0,7% ,47-0,4 БЭН 1103/1-ОС , Ж А,К1 Fraction С БЭН 1103/2-ОС , Б/о А,К1 99,8% propylene БЭН 1103/3-ОС , ,5 Ж А,.К1 One-degree benzene БЭН 1104-МС , Б/о А,К1 100% nephras ,5 БЭН 1104/1-МС , Ж А,К1 Antifreeze БЭН 1104/2-МС , Б/о К,К1 a) ethylene, propylene, hexane dissolvent б) lean absorbent and H 2 S БЭН 1104/3-МС , Ж К,К1 Gas oil with sulfur 2,9 % (weight) БЭН 1104/4-МС , Б/о К,К1 Isobutene ,4-528,9 БЭН 1105-ДМС , Ж А,К1 Diesel fraction

141 БЭН 1106-ОС 12, ,7 16 7,5 Б/о К Aggressive liquid БЭН 1106/1-ОС 12, ,1 16 7,5 Б/о К 85 % water solution of ammonia ExdsIIВT4 X БЭН 1106/2-МС ,5-8,5 1,5 16 5,5 Ж К,К1 Hydrocarbons and sulfur ,33-0,31 БЭН 1106/3-ОС 12, ,1 25 7,5 Ж К МDEА-36%, H 2 S-0,02%, H 2 O-63%, CO 2-0,04 % БЭН 1106/4-ОС , Б/о К Styrene БЭН 1106/5-ОС 12, , Б/о К,К1 Toluene БЭН 1106/6-ОС 12, ,1 16 7,5 Б/о А,К1 Fraction БЭН 1107-МС , А,К1 Liquid carbohydrates С3 С6 Минус БЭН 1108-МС , Б/о А,К1 Dry ammonia at -33 С 141

142 БЭН 1109-ОС , Ж К БЭН 1109/1-ОС Dinil (VOТ): Diphenyl oxide -73,5%, Diphenyl -26,5% ,25 4, Ж К,К1 Diathermal oil ExdsIIBT2 X 1ExdsIIBT2 X БЭН 1109/2-ОС , Ж К,К1 Boiler water БЭН 1109/3-ОС , Ж К,К1 BТК and hydrocarbons БЭН 1110-ОС , Б/о К Water with chemicals БЭН 1110/1-ОС ,5 16 9,0 Б/о К 2% alkali solution БЭН 1110/2-ОС ,5 16 9,0 Б/о К 2% alkali solution ,78 УХЛ 2 БЭН 1110/3-ОС ,5 16 7,5 Б/о К Oxide of ethylene БЭН 1111-МС 6, , Ж А,К1 Mazut М ,0 1ExdsIIBT3 X БЭН 1111/1-МС 6, , Ж А,К1 Mazut ,0 1ExdsIIBT1 X БЭН 1112-МС , Ж К,К1 Gas oil ,5 1ExdsIIBT1 X БЭН 1112/1-МС 6, ,5-8 1, Ж К,К1 Hydrocarbons and sulfur ,37-0,35 1ExdsIIBT3 X 142

143 БЭН 1112/2-МС , Ж А,К1 Kerosene fraction БЭН 1112/3-МС , Ж К Diesel fuel УХЛ2 БЭН 1113-ОС , Ж А,К1 БЭН 1114-ДМС , ,5 Б/о А,К1 Mixture: i-butane- 38,05%, 1-butene-1,8%, n-butane-60%, i-pentane-0,15% Propane-propylene fraction: С2-4,35%, С3Н8-16,82%, С3Н6-74,62%, С4-4,15%, С5 and higher-0,06% 49, , ,14 БЭН 1114/1-ДМС , Ж КК1 Chemically desalted water К,К1 БЭН 1114/2-ДМС , Б/о methyldiethanolamin solution and H 2 S- 50% 0,25%

144 БЭН 1114/3-ДМС , Ж А,К1 Propane БЭН 1114/4-ДМС , ,5 Б/о А,К1 Hydrocarbons mix БЭН 1114/5-ДМС , Б/О К,К1 SPBT БЭН 1115-ОС , Ж А,К1 Fuel RТ or ТS ,8-1,0 БЭН 1116-ДМС ,5-11 2, К 15% monoethanamine (МEА) ExdsIIСT4 X БЭН 1117-ДМС , Ж К 10% solution of NaOH ExdsIIСT4 X БЭН 1118-МС , Ж К Unstable gasoline ExdsIIСT3 X БЭН 1119-МС , Ж К Condensed carbohydrates С3-С БЭН 1119/1-МС , Ж К,К1 Butane БЭН 1120-ДМС , Ж К,К1 Normal butane при 0 С 144

145 БЭН 1120/1-ДМС , Ж К,К1 Pyrodistilleat (gasoline) ExdsIIСT4 X БЭН 1120/2-ДМС , Ж К,К1 Isobutylene БЭН 1120/3-ДМС , Ж К,К1 Propylene УХЛ 2 БЭН 1120/4-ДМС , Ж К SUG УХЛ 2 БЭН 1120/5-ДМС , Ж А,К1 SUG БЭН 1120/6-ДМС , Ж А,К1 Gas condensate БЭН 1121-ОС , Б/о К Gasoline БЭН 1121/1-ОС , Ж К Condensed gases and other liquids БЭН 1121/2-ОС , Б/о К Propane-propylene gasoline, diesel fuel УХЛ 2 145

146 БЭН 1121/3-ОС , Ж А,К1 БЭН 1121/4-ОС , Б/о А,К1 БЭН 1122-ОС ,8 16 5,5 Б/о К,К1 Vacuum gas oil, diesel fraction Gas condensate and straight-run gasoline Mixture: ethyl cellosol, methanol ,0 Минус ,4-1,2 n = 1500 об/мин БЭН 1122/1-ОС , Б/о К Sweet water БЭН 1123-ОС ,0 16 1,5 К Industrial condensate (H 2 +CH 4 +CO+N 2 +H 2 O) ExdsIIСT3 X БЭН 1125-МС ,8-3,0 1,0 16 3,0 К а) solution NaOH; b) alkaline water, c) 5%NaOH БЭН 1125/1-МС 2,5 80 0,8-3,2 0,9 16 3,0 Б/о К UVK and diesel fraction БЭН 1125/2-МС 3, ,5 0, Б/о К,Е 92,5-94% H 2 SO

147 БЭН 1125/3-МС 2,5 82 1,5-3 2, Б/о К,К1 Naphthalene fraction ,1 БЭН 1125/4-МС ,5-3,5 2, Б/о К Water and H 2 S- 0,41% (weight) БЭН 1125/5-МС ,5-3, Ж К Water and H 2 S БЭН 1125/6-МС 2,5 80 1,5-3,5 1, Ж К,К1 Deaerated water БЭН 1125/7-МС ,5-4,0 1, Б/о К,К1 Butane УХЛ 2 БЭН 1125/8-МС 2,5 85 1,5-3,0 1, Б/о К,К1 butane, pentane БЭН 1125/9-МС 1, , Б/о К Methylamine БЭН 1126-ОС , Ж К,Е 98,3% H 2 SO БЭН 1127-ОС , Ж К,Е Cyclohexane with traces of acetic acid БЭН 1128-МС , Ж K,К1 53% isobutane, 47% isobutylene ,8-0, ,4 660B 147

148 БЭН 1128/1-МС , Б/о К,К1 UVK УХЛ 2 *Включая станину БЭН 1129-МС , Ж K,К1 hydrocarbons С 6 and higher ,4 660B БЭН 1130-МС 1,2 64 0,6-1,5 1,5 16 2,2 Б/о K 100% toluene БЭН 1130/1-МС ,5-1,5 1,5 16 2,2 Б/о К Feedwater БЭН 1130/2-МС ,5-1,5 1,6 16 2,2 Б/о К,К1 Feedwater УХЛ 2 БЭН 1130/3-МС 1,6 62 0,5-1,8 1,6 40 2,2 Б/о К Ammonia water БЭН 1131-МС ,5-10 1, Б/о К,Е Acid water with sulfides, sulfates, chlorides ExdsIIСT4 X УХЛ2 БЭН 1132-ОС , Ж К,Е МEА and Н 2 S ExdsIIСT4 X БЭН 1133-МС , Б/о К,Е Sulfurated hydrogen water

149 БЭН 1134-МС ,5 16 7,5 Ж К,Е Sulfurated hydrogen water БЭН 1135-ДМС , Ж К,К1 SFLU, PPBBF БЭН 1136-МС , Ж А,К1 Straight-run gasoline БЭН 1137-МС , Ж А,К1 Vacuum gas oil БЭН 1138-МС , Ж А,К1 Stove fuel Oil ExdsIIВT2 X БЭН 1138/1-МС 2,5 96 1,5-3 1, Ж К Mazut УХЛ 2 БЭН 1139-ДМС , Ж А,К1 Hexane БЭН 1139/1-ДМС , Ж К,К1 Benzene ,6 149

150 БЭН 1139/2-ДМС , Ж К Phenol ,95 БЭН 1139/3-ДМС , Ж К,К1 2% solution of alkali with admixtures ,7 БЭН 1139/4-ДМС , Б/о Solution of TIBA and DIBAТ БЭН 1139/5-ДМС , ,5 Б/о К SUG Минус УХЛ 2 БЭН 1139/6-ДМС , Ж К,К1 БЭН 1139/7-ДМС , Б,о К,К1 Oil and sulfur (0,2% mass.) Condensed hydrocarbone БЭН 1139/8-ДМС , Ж К Stable gas spirit УХЛ 2 БЭН 1140-ДМС , Ж А,К1 Hexene БЭН 1140/1-ДМС , Ж А,К1 Fraction NК БЭН 1140/2-ДМС , Ж К,К1 water and H 2 S up to 0,7% БЭН 1140/3-ДМС 6, , Ж К,К1 Feedwater

151 БЭН 1141-ДМС ,6-1,5 1,6 16 2,2 Б/о А,К1 Butene БЭН 1141/1-МС 1,5 85 0,8-2 1, Б/о А,К1 propane-50%, butane 50% БЭН 1141/2-МС ,8 16 5,5 Б/о А,К1 Oil ,2 БЭН 1142-ОС , Ж К 58 % НNО ,8 БЭН 1143-МС ,5-6 1,2 40 7,5 Ж А,К1 Isopentane ExdsIIВT3 X БЭН 1143/1-МС 2, ,5-4 1,8 40 5,5 Ж А,К1 Isopentane ExdsIIВT3 X БЭН 1144-МС 0, ,2-0,6 1, Ж А,К1 hexene, hexane, isobutane, butene, butane БЭН 1145-ОС ,0 16 5,5 Б/о А,К1 mix: hexene, hexane, isopentane n=1500 об/мин 151

152 БЭН 1146-МС , Ж А,К1 Isopentane БЭН 1146/1-МС , Б/О А,К1 Side-cut distillate К БЭН 1147-ОС , Ж К,К1 Return water БЭН1148-ОС , Ж А,К1 Gasoline fraction БЭН1148/1-ОС , Ж А,К1 Light gas oil БЭН1149-МС 3, ,5-4 2,5 16 5,5 Ж К,К1 Gas oil ,65 1ExdsIIВT2 X БЭН1150-МС 3, ,5 16 3,0 Ж К,К1 Summer diesel fuel ,42 1ExdsIIВT2 X БЭН1150/1-МС ,5-4 1,4 16 4,0 Ж А,К1 Mazut ExdsIIВT1 X БЭН1150/2-МС ,0 16 5,5 Ж А,К1 Mazut сст при 80 о С 1ExdsIIВT1 X 152

153 БЭН 1151-МС 1, ,5 1,6 16 3,0 Б/о К 8% solution of NAOH ,0 БЭН 1152-МС 3,5 85 0,6-5,0 2,0 16 4,0 Б/о К addition (by the solution of МТBE in the atmosphere) ,8 БЭН 1153-МС ,5 16 5,5 Ж К Residual mazut ExdsIIВT1 X БЭН 1154-МС ,5 16 9,0 Ж К Residual mazut ExdsIIВT1 X БЭН 1155-МС ,5-5,5 1,7 16 9,0 Ж К Atmospheric mazut ExdsIIВT1 X БЭН 1156-МС , Б/о К Alkaline solution БЭН 1157-ОС , Ж К,К1 Feedwater ,15 1ExdsIIВT2 X БЭН 1158-МС , Ж А,К1 hydrocarbons С 4 -С 7 with sulfur ,5 1ExdsIIСT4 X 153

154 БЭН 1160-МС 3, , Б/о А,К1 Mazut ,5 БЭН 1161-МС , Ж А,К1 Torch condensate ,34 БЭН 1161/1-МС , Ж К Hydrocarbons with ,36-1ExdsIIВT2 X admixture of sulfur 0,32 БЭН 1161/2-МС , ,5 Ж А,К1 Reduced oil ,8 1ExdsIIВT1 X БЭН 1161/3-МС , Ж К Gasoline fraction NК-90 БЭН 1162-ОС , Ж А,К1 Diesel fuel УХЛ2 БЭН 1162/1-ОС , Ж К,К1 Hexene БЭН 1162/2-ОС , Ж К,К1 Coal-tar absorbent oil: benzene hydrocarbons -2%; naphtalene-4 10% ,95 БЭН 1162/3-ОС , Ж К,К1 Heating water БЭН 1163-ОС , Ж КТ* 57 % НN ,3 * Гильзы - титан БЭН 1164-ОС , Ж А,К1 Gas condensate, Diesel fuel, gasoline

155 БЭН 1164/1-ОС , Ж А,К1 Propylene БЭН 1164/2-ОС Ж А,К1 Diesel fuel ExdsIIВT2 X БЭН 1165-МС , Б/о К,К1 14% solution of МEА БЭН 1165/1-МС , Ж К,К1 Deaerated feedwater ,28 БЭН 1165/2-МС , Ж К,К1 Besphenol БЭН 1165/3-ДМС 12, ,5 1, ,5 Ж А,К1 Torch condensate ,36 БЭН 1165/4-МС Б/о К,К1 Petroleum derivatives with H 2 S БЭН 1165/5-МС , Ж К,К1 Methanol В БЭН 1165/6-МС , Б/о К,К1 Steam condensate БЭН 1166-МС ,8 40 5,5 Ж А,К1 Oil ExdsIIВT1 X 155

156 БЭН 1167-МС , Ж А,К1 Oil ExdsIIВT1 X БЭН 1168-ОС , Ж К,К1 Diesel fuel БЭН 1169-ОС , Ж К,К1 Butane БЭН 1169/1-ОС , Ж К,К1 Acid waters До БЭН 1170-ДМС , Ж К,К1 Propylene БЭН 1170/1-ДМС , Ж К,К1 Propylene БЭН 1171-ОС , Ж А,К1 Heavy petroleum derivatives ExdsIIВT3 X БЭН 1172-МС , Ж А,К1 Heavy petroleum derivatives ExdsIIВT3 X БЭН 1173-МС , Ж А,К1 Mazut М при 80 о С БЭН 1174-ДМС , Ж К,К1 ethane-35%, ethylene - 65 % БЭН 1175-ДМС Ж К,К1 Water with admixtures

157 of Cl, H 2 S and other БЭН 1176-МC , Ж А,К1 Weighted mazut ,62 1EXDSIIВT1 X БЭН 1177-МC , Ж А,К1 Diesel gas oil fraction ,35 1ExdsIIВT2 X БЭН 1178-МC ,8 16 5,5 Ж А,К1 Heavy mazut ,7 1ExdsIIВT1X БЭН 1179-МC , ,5 Ж А,К1 Mazut М ,2 1ExdsIIВT2 X БЭН 1180-МС , Ж К,К1 Steam condensate БЭН 1180/1-МС Ж К* Deaerated feedwater * весь из-за NO 2 в окр. среде 1ExdsIICT4X БЭН 1181-ДМС , Ж К,К1 feedwater

158 БЭН 1182-МС , Ж К 7-12 % water solution of monoethanolamine БЭН 1183-МС , Ж А,К1 Mazut М ,2 1ExdsIIВT2 X БЭН 1184-ОС , Ж К Steam condensate with traces of methane ExdsIIВT3 X БЭН 1184/1-ОС , Ж К Overheated water ExdsIIВT2 X БЭН 1184/2-ОС , Ж К Diesel fuel БЭН 1185-ДМС , Ж К,К1 10% alkaline solution БЭН 1186-ОС 1,5 32 1,2-2,5 1,8 16 1,5 Ж К phenol-89,99 %, acetophenone -7,99%, resin -1,23%, dimethylphenyl carbinol 0,79 % ,42 1ExdsIIВT3 X 158

159 БЭН 1187-ОС ,9 16 2,2 Б/о К а) water-95%, acetone-5% with traces of H 2 SO 4 б)acetone, 3% solution of NaOH and sweet water БЭН 1187/1-ОС 2,5 32 1,5-3,5 1,4 16 1,5 Б/о К Heavy diesel fuel ,0 0,35-0,8 БЭН 1187/2-ОС ,5 Б/о К Ethylene glycol БЭН 1189-ОС , К ethane-35%, ethylene-65% БЭН 1190-ДМС , Ж К butane-80%, PPF-10%, bivinyl- 10% БЭН 1191-ОС , Ж К Alkali-10%, water- 90% БЭН 1191/1-ОС ,5 16 4,0 Б/о К 10% alkaline solution

160 БЭН 1191/2-ОС ,5 16 4,0 Б/о К 10% alkaline solution УХЛ 2 БЭН 1192-ДМС , Ж К 12-16% water solution of monoethanolamine ,0 БЭН 1193-ОС , Ж К,Е Diethylenglycol ,45 1ExdsIIВT3 X БЭН 1194-ОС ,5 16 7,5 Б/о К,Е Freon БЭН 1194/1-ОС ,5 16 7,5 Б/о К* 16% HNO *Весь из-за NO 2 в окр. среде 1ExdsIIСТ4 X БЭН 1195-МС , Ж К Nephras ,54 БЭН 1195/1-МС Ж К,К1 Propane fraction ,2 БЭН 1196-МС Ж А,К1 Propane or butane ( ) БЭН 1197-ОС , Ж А,.К1 Propane or butane ( ) 160

161 БЭН 1199-ДМС , Ж К,К1 МEК-60%, toluene- 40% ,37 БЭН 1199/1-ДМС , Ж K,E diethylat and reflux БЭН 1199/2-ДМС , Ж K,К1 Dissolvent БЭН 1200-ОС ,5 16 5,5 Ж К Returned water n=1500 об/мин БЭН 1201-ОС , ,5 Ж К Diesel fuel ,4 УХЛ 2 БЭН 1202-ОС , Ж К,К1 Base oil ,0 БЭН 1203-ОС , ,5 Ж К Turbine oil ТP-22 S Исполн.Т2 БЭН 1204-ОС , Ж К Gasoline Propane-butane БЭН 1204/1-ОС , Ж К Propylene БЭН 1205-ДМС , Ж К,К1 Propane-butane

162 БЭН 1206-МС , Ж К,К1 Gasoline БЭН 1207-ДМС 3, , Б/о К,К1 Propylene Минус БЭН 1207/1-ДМС ,2 16 7,5 Ж К,Е 1,2 dichlorethane, HCl 0,5%, water 0,01% (mass) БЭН 1208-ОС , Ж К cyclohexane-99 98%, admixtures-1 2% БЭН 1209-ОС , Ж К cyclohexane %, admixtures -5 11% БЭН 1209/1-ОС , Ж К,К1 Heavy gas oil with sulfur 1,28% БЭН 1210-ОС , Ж К cyclohexane %, admixtures -1 2% , , ,2 1ExdsIIВТ3 X ExdsIIВТ1 X ,4 БЭН 1210/1-ОС , Ж А,К1 Oil ,0 БЭН 1211-ДМС 2, ,4-3 2,0 40 7,5 Б/о К stripped acid water (Н 2 S-0,8%; HCN- 0,6%) БЭН 1211/1-ДМС ,3-2,5 2,0 25 7,5 Б/о К,К1 Compressor oil БЭН 1211/2-ДМС ,2-2,5 2, Ж К,К1 Deaerated water

163 БЭН 1211/3-ДМС ,5-2,5 1, Б/о К 20% alkali solution БЭН 1211/4-ДМС 2, ,5-3 1,4 25 7,5 Ж К,К1 Feed water БЭН 1211/5-ДМС 1, ,8-2 2,0 40 5,5 Б/о К Gas spirit УХЛ 2 БЭН 1211/6-ДМС 2, ,5-3 1,4 25 7,5 Ж К,К1 Feed water УХЛ 2 БЭН 1212-ДМС , Ж К Solution of DEА with H 2 S, CО УХЛ2 БЭН 1212/1-ДМС , Ж К,К1 Condensed gases БЭН 1213-МС , Ж К Isobutene fraction УХЛ2 БЭН 1213/1-МС Ж К,К1 Propylene fraction БЭН 1214-МС , Ж К Isobutene-butane fraction УХЛ 2 БЭН 1215-ОС , Ж К Isopentane УХЛ 2 БЭН 1215/1-ОС Ж К,К1 SUG БЭН 1216-МС , Ж К hydrocarbones С 2 -С УХЛ 2 БЭН 1217-МС , Ж К,К1 Feed water

164 БЭН 1218-ОС ,5 75 3,0 Б/о К Liquid carbon dioxide БЭН 1219-ОС , Б/о К Liquid carbon dioxide БЭН 1220-МС 6,3 78 4,5-7,0 1,5 16 5,5 Б/о К,К1 Styrene ,05-0,76 БЭН 1220/1-МС 6, ,0-9,0 1,5 16 7,5 Ж К,К1 Fraction С БЭН 1222-ОС , Ж А,К1 Hexane dissolvent БЭН 1223-ОС ,5-4,5 1,0 25 1,5 Б/О К 5-20% alkali solution БЭН 1224-МС , Ж К,К1 Methanol БЭН 1225-ДМС , Ж К,К1 gasoline

165 БЭН 1226-ОС , ,5 Ж А,К1 fraction NК о ,55 1ExdsIIВТ3 X БЭН 1227-ОС , Ж К,К1 Kerosene ,25 1ExdsIIВТ3 X БЭН 1228-МС , Ж К,К1 propane with admixture of Н 2 S БЭН 1229-ОС ,5 25 4,0 Б/О К,К1 Gasoline fraction БЭН 1229/1-ОС ,8 16 4,0 Б/о К,К1 Methanol ExdsIIСТ4 X БЭН 1229/2-ОС ,2 16 5,5 Ж К Mix of acetone-phenol БЭН 1230-МС ,5 25 9,0 Ж К,К1 SUG БЭН 1230/1-МС ,5 25 9,0 Ж К Fraction i С ,19 УХЛ2 БЭН 1231-ОС ,5 1,9 16 2,2 Ж К,К1 Liquid with content of ether М БЭН 1232-ОС , Ж К Wastewater В, 60 Гц БЭН 1233-ДМС , Ж К,К1 Condensed gases

166 БЭН 1233/1-ДМС Ж К,К1 Raffinate ExdsIIСТ4 X БЭН 1234-ДМС , Б/о К SFLU УХЛ2 БЭН 1235-ДМС Ж К,К1 SFLU УХЛ2 БЭН 1236-ДМС ,1 16 5,5 Ж А,К1 Fraction of NК БЭН 1237-ДМС ,5 16 2,2 Б/о К Methanol ГЦ 240 В БЭН 1238-ОС , Ж К,К1 Steam water ,9 БЭН 1239-МС , Ж* К,К1 Stable hydrogenate допуск.охл. диз.топливом БЭН 1240-ОС 1,5 50 1,2-2,5 1, Б/о Е SiCl 4 (silicon tetrachloride) ExdsIIСТ4 X 166

167 1 CENTRIFUGAL SUBMERSIBLE ELECTRIC PUMPS FOR THE POLLUTED WATERS ГНОМ TYPE AND ГНОМ Ех TYPE Electric pumps of ГНОМ type are designated for pumping polluted, including drainage, subsoil waters from foundation pits, open casts, tanks in industrial and civil engineering, etc., except for household (faecal) and waste effluents industrial waters. Electric pumps in explosion proof execution of ГНОМ - Ех type are capable to pump water with oil based impurities up to 10 % on a mass. Features of design: electric pumps mono-block, portable. Air - tight of built-in motor is ensured by end sealing. The handled water characteristic: - density - up to 1100 kg / m3; - Temperature - from 5 С up to 35 С; - Hydrogen ion exponent рн ; - Presence of solid mechanical impurities - about 10 % by mass, by density no more than 2500 kg / m3, by size no more than 5 mm are admitted. ᄋ Used materials - cast-iron, carbon steels, aluminum alloys, stainless steels, rubber. ᄋ Electric pumps are made for voltage 220, 380, 415V (it is stipulated at the order), add for current frequency of 50 Hz. ᄋ More detailed information is given in the operational documentation of the electric pump. Example of symbolic designation of the electric pump: а) centrifugal submersible electric pump for polluted waters 2ГНОМ У* 380V PT MD :2002, where: 2 - order number of modernizing; GNOM- type of electric pump (single-stage mono-block pump for polluted water); delivery in cubic meters per hour (m3 / h) - head in meters (m); У* - kind of climatic modification in accordance at GOST ; 380V - voltage; РТ МD : designation of technical conditions; б) centrifugal submersible explosion proof electric pump for polluted waters 2ГНОМ Ех У* 380V РТ МD :2002, where: Ех explosion proof (marking of explosion proof - 1ЕхdIIВТ4 X); РТ МD : designation of technical conditions; The rest see before. 167

168 168

169 Model designation Supply, m 3 /h Pump head, m Rated power of electric motor, kvt backing, m dimensions, mm Pump mass, kg 2ГНОМ , ,4 ГНОМ 25-12, ,5 2, ГНОМ , ГНОМ 16-16Ех , ,4 ГНОМ 25-12,5 Ех 25 12,5 2, ГНОМ Ех ,

170 2 CENTRIFUGAL SUBMERSIBLE SEWERAGE ELECTRIC PUMPS ЦМК TYPE Are designated for pumping sanitary (sewage) and waste waters. In a stationary position are installed in the specially adjusted sewerage wells (pump stations) which constitute small sewerage systems. Also are used as portable means for emergency pumping sewage from standard sewerage wells, tanks. The design peculiarities: a leakproof built-in electric motor with short-circuited rotor and pumping unit with spiral disposal are used. The electric motor air-tight is provided by end sealing. The handled product characteristic: - density kg / m3; - Temperature - up to 45 С; - Hydrogen ion exponent рн - from 6 up to 8; - Presence of the solid mechanical impurities - are admitted with maximal volume concentration up to 1 %, density up to 3000 kg / m3, size no more than 5мм. ᄋ Used materials - cast-iron, carbon steels, stainless steels, rubber. ᄋ Electric pumps are made on voltages: 220, 380, 415V (it is stipulated at the order), current frequency of 50 Hz. ᄋ More detailed information is given in the operational documentation of the electric pump. Example of the symbolic designation of the electric pump: centrifugal submersible sewerage electric pump ЦМК У* 380V РТ МD :2002, where: ЦМК - type of the electric pump (centrifugal single- block sewerage); 16 - delivery in cubic meters per hour (m3 / h); 27 head in meters (m); M - upgraded; У* - kind of climatic modification at GOST ; 380 V voltage; РТ МD :2002 the designation of technical conditions. 170

171 Model designation Supply, m 3 /h Pump head, m Rated power of electric motor, kvt backing, m dimensions, mm Pump mass, kg ЦМК 6,3-12,5 6,3 12,5 1,1 ЦМК 16-27М 27 3,0 0, ЦМК ,

172 172

173 3 Electric pumps such as МТТ, ТТ, ТЭ Are designated to make circulation of transformer fluid in cooling systems of power transformers of rolling stock (ТТ, МТТ) and stationary power transformers of electric stations (ТЭ). Design features: singleblock electric pumps, with oil-filled stator (ТТ, МТТ) and sleeved stator (ТЭ). Characteristic of handled transformer fluid: - density kg / m3; - Temperature - see the table - Presence of mechanical admixtures - are not assumed. Applying materials - cast iron, carbon steel, stainless steel. Electric pumps are made for voltages: 220/380, 230/400, 240/415V for current frequency 50 Hz and voltages: 220/380, 250/440V for current frequency 60 Hz (it is stipulated at the order). More detailed information is given in the operational documentation on electric pump. Examples of symbolic designation of the electric pumps: а) centrifugal transformer electric pump ТТ TC , where: ТТ - type of electric pump (transformer tractive); 63-supply in cubic meters per hour (m3 / h); 10-pump head in meters (m); 02 - kind of climatic modification and category of disposition at GOST ; TC the designation of technical conditions; b) centrifugal transformer electric pump МТТ technical specifications , where: M - upgraded; The rest - see before; c) centrifugal transformer electric pump 1ТЭ 100/20-У1 technical specifications , where: 1 - order number of modernizing; ТЭ - type of electric pump (transformer shielded); The rest - see before. 173

174 Model designation Supply, m 3 /h Pump head, m Operational interval of supplies, m 3 /h NPSH, m Rated power of built in electric motor, kvt Temperature of liquid handled, о С Dimensions, mm Pump mass, kg ТТ 63/ ,5 2, МТТ 16/ ,0 1, ТЭ 100/ , ТЭ 100/ ТЭ 100/ , , ТЭ 160/ ,0 5,

175 4 CONSOLE ELECTRIC PUMPS OF АЭН TYPE Are designated for handling of sweet water of temperature up to 85 С. Are applied for cold and hot water supply in systems of a municipal services, and also in hot-water heating systems. Design features: electric pump presents aggregate consisting of centrifugal single-stage pump and motor of series АИР, mounted on common foundation plate. Arbors of pump and motor are connected with the help of sleeve-couplings. Characteristic of handled water: - density кг/m3; - Temperature see before - Presence of solid nonabrasive impurities - are assumed up to 0,2 mm by size and up to 0,2 % by mass. Applying materials cast iron, carbon steel, stainless steel. Electric pumps are made for the voltage 380 V current frequency 50 Hz. More detailed information is given in the operational documentation on electric pump. Examples of symbolic notation of the electric pumps: Electropumped aggregate АЭН У3 РТ МD , where: АЭН electropumped aggregate; 100-supply in cubic meters per hour (m3 /h); 50 pump head in meters (m); У3-kind of a climatic modification and category of disposition at GOST ; РТ МD designation of technical conditions. 175

176 Model designation Supply, m 3 /h Pump head, m Operational interval of supplies,m 3 /h Rated power of built in electric motor, kvt NPSH, m Dimensions, mm Pump mass, kg АЭН 6,3-20 6,3 2-9,5 1, ,0 АЭН 12, ,5 20 3,5-18 2, АЭН ,0 2, АЭН ,5 2, АЭН ,5 3, АЭН , АЭН , АЭН , АЭН ,

177 5 CENTRIFUGAL SUBMERSIBLE DEWATERING VESSEL ELECTRIC PUMPS OF ПВС TYPE Are designated for handling of salt and sweet water from flooded compartments of vessels, coasting constructions. Design features: portable, single-block pumps. Work in vertical, horizontal or slant positions. Temperature of handled water - up to 30 С. Applying materials - bronze Бр 05Ц5С5 the GOST , stainless steel 12Х18Н10Тat GOST , 12Х18Н9ТЛ at GOST , rubber gaskets - at GOST Electric pumps are made for the voltage 380 V, current frequency 50 Hz. Immersion depth of electric pump - up to 10 m. More detailed information is given in the operational documentation on electric pump. Example of symbolic designation of the electric pump: Centrifugal submersible dewatering vessel electric pump ПВС ОМ5 3КЕ TC, where: ПВС - type of electric pump (submersible dewatering vessel); 25-supply in cubic meters per hour (m3 / h); 20 head in meters (m); ОМ5 - kind of climatic modification and category of disposition at GOST ; 3КЕ TC designation of the technical conditions. 177

178 178

179 179

180 Model designation supply, m 3 /h Pump head, m Rated power of electric motor, kvt Allowable vacuum gage suction head, m dimensions, mm Pump mass, kg ПВС 12, ,5 1,5 20 ПВС , ПВС ,5 18 ПВС ,5 Ø ПВС ,0 5 Ø

181 6 CENTRIFUGAL CIRCULATING ELECTRIC PUMPS OF ЦВЦ TYPE FOR HEATING SYSTEMS Are designated for central or local hot-water heating in housing and municipal engineering. On account of magnification of water circulation they improve housing heating. Can be applied in automatic control mode by heating in indirect heating systems. Design features: single-block pumps, built in connector of conduit. Characteristic of handled water: - density - up to 1000 kg / m3; - Temperature - up to 70 С; - content of mechanical admixtures are assumed up to 0,01 % by mass and sizes up to 0,1 mm. Applying materials: bronze, cast iron, stainless steel, aluminum. Parameters of system: - backing, m, not less - 0,5; - Pressure, kgf / sm2, no more Pumps are made for the voltage 380 V, current frequency 50 Hz. More detailed information is given in the operational documentation on electric pump. Examples of symbolic designation of the electric pump: Centrifugal circulating electric pump 1ЦВЦ 6,3-3,5 РТ МD :2002, where: 1 - order number of modernizing; ЦВЦ - type of electric pump (centrifugal circulating for water); 6,3 - supply in cubic meters per hour (m3 / h); 3,5 - head in meters (m); РТ МD :2002- designation of the technical conditions. 181

182 Model designation supply, m 3 /h Pump head, m Consumed power of electric motor, kvt Dimensions, mm Pump mass, kg ЦВЦ 2,5-2 2,5 2 0, ,5 ЦВЦ 4-2,8 4 2,8 0, ,0 1ЦВЦ 6,3-3,5 6,3 3,5 0, ,0 ЦВЦ 10-4,7 10 4,7 0, ,0 ЦВЦ 16-6,7 16 6,7 0, ,0 ЦВЦ 25-9,2 25 9,2 1, ,0 182

183 7 HOUSEHOLD ELECTRIC PUMPS OF БЦП, ВП, ЕЧ TYPES Electric pumps of БЦП and VP types - centrifugal submersible single-phase, are designated for supply of potable or household water from wells, pits, tanks, open basins for using in houses, in gardens, bowers. Electric pumps of EC type - centrifugal circulating single-phase, are designated for making induced circulation of water in heating systems of housing by area up to 200 m2. Can be used in hot water supply systems. Characteristic of handled water: - density - up to 1000 kg / m3; - Temperature - see the table; - Presence of mechanical admixtures is assumed up to 0,01 % by mass and size up to 0,1 mm. Applying materials - aluminum, cast iron, stainless steel, polyamide, rubber. Electric pumps are made for the single-phase voltage 220 V, current frequency 50 Hz. For electric pump EC 0,2-5 backing - not less than 0,3 m. More detailed information is given in the operational documentation on electric pump. Examples of symbolic notation of electric pumps: а) Electric pump 0,63-25-У* БЦП РТ МD :2001, where: БЦП - type of electric pump (household centrifugal submersible); 0,63 - supply in cubic meters per second (m3 / s); 25 - head in meters (m); У* - kind of climatic modification and category of disposition at GOST ; РТ МD : designation of technical conditions; b) Electric pump VP2-32- У* 'RAUT' РТ МD :2003, where: VP - type of electric pump (dewatering submersible); 2 - supply in cubic meters per hour (m3 /h); 32 - head in meters (m); У* - kind of climatic modification and category of disposition at GOST ; RAUT - trade name; РТ МD :2003- designation of technical conditions; c) Electric pump EC 0,2-5-О4 "Impuls" TC , where: EC - type of electric pump (circulating electric pump) 0,2 - supply in liters per second (l / s); 5 - head in meters (m); О4 - kind of climatic modification and category of disposition at GOST ; Impuls - trade name; TC designation of technical conditions. 183

184 184

EXPLOSION-PROOF MOTORS SINGLE PHASE

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