We are The national leader in the field of manufacturing Our values: equipment and devices for the gas and oil industry. A modern company with entirely private capital. • Experience The complete supplier of turn-key projects for natural gas industries offering design, manufacturing, • Innovation assembly, commissioning and maintenance, tailored to the specific needs of each customer. • Quality The reliable partner and supporter of the community in which we operate.
100% private Romanian company Armax Gaz is a reference partner for the Romanian Energetic Industry. 85 years of maturity 10 years MIRCEA SIMION VESCAN – of courage C.E.O. ARMAX GAZ S.A.
1925 – onwards 1925 The mechanical workshops in Medias, Sibiu county, 2000 – 2013 The company is involved into an extensive join together and so Sonametan Medias is founded. and continuous process of modernization through significant investments . 2000 Becoming a private company, the majority stake is acquired by Mr. Mircea Vescan. Armax Gaz is the first Romanian company and among the few in the world that offers Gas Dehydration Stations.
(4) ASME U Stamp (5) ASME U Stamp (7) ANRE EDS (6) ANRE EDI (1) ISO 9001 , 14001, (2) ISO 3834 (3) AD 2000 Certification Authorization Authorization Authorization 18001 – TUV (ENG) - TUV (ENG) Authorization (15) ANRE PDS (17 ) ANRE PCTRI (13 ) ANRE ETC (14) ANRE ETRI (7) ANRE PP (16) ANRE PDI (12) ANRE EP Authorization Authorization Authorization Authorization Authorization Authorization Authorization (21) GOST-R ISO (24) Gas Supply (20) ANRE Gas (23) CE Under (22) Nuclear Lab (18) ANRE B Electric (19) Nuclear activity 9001, 14001, 18001 License Supply Authorization Pressure Authorization Authorization Authorization for the Russian Equipment Market
7. 1. 5. 6. 1. Horizontal lathe 6. Milling vertical lathe 10. Portable welding installations Victor Taichung V turn – 26 OKUMA VTM 200 MIG, MAG, WIG, TIG 2. Vertical unit for metal processing 7. Roller machine 11. Hydraulic press 80 – 500 tf Microcut Challenger 1300 DAVI MCB 2545 12. Blasting instalation 3. Horizontal lathe Goodway GLS 150 8. Cutting machine 13. Laboratory for 4. Horizontal lathe Goodway GS 200 / L ESAB Combirex CXL 3500 mechanical tests 5. Horizontal lathe 9. Submerged arc welding machine 14. Laboratory for OKUMA LB 2000 EX ESAB A2TF / A2TG non-distructive tests Diverse manufacturing: large scale, small scale, single pieces 10. 12. 8. 9. 11.
I. GAS DEHYDRATION STATIONS I .1 Gas Dehydration Station with TEG I.2 Gas Dehydration Station with SILICAGEL The gas dehydration station has the purpose to remove as much as The gas dehydration station has the purpose to remove as much as possible water vapor from the gas that comes from the wells or from possible water vapor from the gas that comes from the wells or the compression stations. from the compression stations. 20.000 5.000.000 Min/max flow (Nm 3 /day) Min/max flow (Nm 3 /zi) 20,000 ¸ 1,000,000 1,9 70 Working pressure P i (bar) Working pressure P i (bar) 1.9 ¸ 40 3 60 Gas temperature ( 0 C) Gas temperature ( 0 C) 3 ¸ 60 Dew point ( 0 C) Dew point ( 0 C) -15 o C -15 Working fluid Triethylenglycol/Natural gas Working fluid Silica gel/Natural gas LEGEND: EP – Exploration & Production T – Transportation S – Storage D – Distribution U - Utilization
II. REGULATING METERING STATIONS II.1 Regulating metering station PN16 II.2 Regulating metering modular station PN25 (40) (64) Secures the natural gas filtering – regulating – metering and constitutes an assembly Assures natural gas filtering – regulating – metering and is in fact an assembly of devices, fittings and attachments, all assembled in their own construction, a of instruments, armatures and other fittings mounted in a type of metallic metallic or a heat insulating cabin. Through the regulating metering station, gas passes cabinet or heat insulating cabin. Through this entire assembly gas passes from from the repartition network, where the pressure is medium to the distribution a transmission network system (high pressure) to the distribution network network, where the pressure is low. system (low pressure). Dimensional range for inlet DN inlet (mm) 50-80-100-150-200-250 Dimensional range for inlet DN inlet (mm) 50-80-100-150-200-250 Dimensional range for outlet DN outlet (mm) 50-80-100-150-200-250-300 Dimensional range for outlet DN outlet (mm) 50-80-100-150-200-250-300 0.5 6 Inlet pressure P1 (bar) 6 64 Inlet pressure P1 (bar) 0.02 2 Outlet pressure P2 (bar) 2 6 Outlet pressure P2 (bar) Working fluid Natural gas acc. to SR 3317 – 2003 Working fluid Natural gas acc. to SR 3317 – 2003 (-) 29 (+) 50 Environmental temperature ( 0 C) (- )29 (+) 50 Environmental temperature ( 0 C) 157 5 , 300 Max. Flows Q (m 3 /h) 157 5,600 Max. Flows Q (m 3 /h) Nominal pressure PN (bar) 16 Nominal pressure PN (bar) 25 - 40 - 64 LEGEND: EP – Exploration & Production T – Transportation S – Storage D – Distribution U - Utilization
II. REGULATING METERING STATIONS III. FILTERS, SEPARATORS II.3 Regulating metering group in cabinet III.1 Filters III.1.1 Natural Gas Filter FGN Type It is used to reduce and adjust gas pressure to supply consumers from well fields or other low flow consumers. The F.G.N. is used in all conditions where natural gas needs to be filtered, in Dimensional range for inlet DN inlet (mm) 20 order to restrain solid particles and partial liquid particles that come with the Dimensional range for outlet DN outlet (mm) 20-32-40-50-65 gas flow. 6 40 Inlet pressure P1 (bar) Dimensional range DN (mm) 50÷350 Outlet pressure P2 (bar) 0.015 2 Nominal pressure PN (bar) 16-25-40-63 Max.flows Q (m 3 /h) Working fluid Natural gas acc. to SR 3317 – 2003 370 ÷7,920 Environmental temperature ( 0 C) (-) 29 (+) 40 Filtering fineness (µm) 10 or 160 Flow Q (m 3 /h) 0.06 190 Nominal pressure PN (bar) 40 LEGEND: EP – Exploration & Production T – Transportation S – Storage D – Distribution U - Utilization
III. FILTERS, SEPARATORS III.2 Separator Filters III.1.2 Natural Gas Filter FYG Type and FOC Type III.2.1 FS Natural Gas Filter Natural gas filters FYG type are used for filtering natural gas in medium, reduced and low pressure installations. F.S. natural gas filter type is used in all conditions where natural gas needs to Dimensional range DN (mm) 20-25-32-50-80-100 be cleaned of solid and liquid impurities, coming with the gas flow. Max flows Q (Nm 3 /h) 10-12-16-80-400-450 Dimensional range DN (mm) 50÷350 Nominal pressure PN (bar) 16 Nominal pressure PN (bar) 16 -25-40 -63 Filtering fineness (µm) 10 or 160 Max. flows Q (m 3 /h) 370 ÷7,920 Filtering fineness (µm) 10 or 160 The tapered horizontal filters FOC type is used for additional protection of Separation efficiency for liquids 98% natural gas meter, trough restraining the particles before natural gas enters into the meter. Dimensional range DN (mm) 50÷400 Nominal pressure PN (bar) 16, 25, 40, 64 Filtering fineness (µm) 10 or 160 LEGEND: EP – Exploration & Production T – Transportation S – Storage D – Distribution U - Utilization
III.3 Separators III.3.2 Natural Gas Vertical Liquid Separator SVL Type III.3.1 SOG Horizontal Gas Separator Vertical liquid separators are used for separating and filtering solid and liquid The horizontal gas separator is used in gas processing plants, to separate particles from natural gas. impurities entrained with the natural gas produced in wells or while testing parameters during wells commissioning. The separator may also be used for Dimensional range DN (mm) 50 ÷ 500 liquid separation out of the natural gas fields, in extraction. Max.Flows Q (m 3 /h) 200 ÷14,000 Nominal pressure PN (bar) 25, 40, 64 Dimensional range DN inlet/outlet (mm) 100 – 150 – 200 – 250 – 300 Separation efficiency: Max. Flows Q (m 3 /h) 560 – 1,260 – 2,250 – 3,500 – 5,050 • For liquid particles, 99,5 % separation efficiency, for 10÷12 µm particles. Dimensional body DN (mm) 700 – 1,200 • For solid particles 99,5 % separation efficiency, for particles > 2 µm. Nominal pressure PN (bar) 25; 40; 64 Separation efficiency min 98% for particles above 10μm LEGEND: EP – Exploration & Production T – Transportation S – Storage D – Distribution U - Utilization
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