Our values - ARMAX GAZ Our values: •Experience • ... Pressure Equipment (24) Gas Supply License...

Our values: •Experience •Innovation •Quality

We are

The national leader in the field of manufacturing equipment and devices for the gas and oil industry.

A modern company with entirely private capital.

The complete supplier of turn-key projects for natural gas industries offering design, manufacturing, assembly, commissioning and maintenance, tailored to the specific needs of each customer.

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 of courage

MIRCEA SIMION VESCAN– C.E.O. ARMAX GAZ S.A.

1925 – onwards 1925 The mechanical workshops in Medias, Sibiu county, join together and so Sonametan Medias is founded. 2000 Becoming a private company, the majority stake is acquired by Mr. Mircea Vescan.

2000 – 2013 The company is involved into an extensive and continuous process of modernization through significant investments. Armax Gaz is the first Romanian company and among the few in the world that offers Gas Dehydration Stations.

(1) ISO 9001 , 14001, 18001– TUV (ENG)

(6) ANRE EDI Authorization

(3) AD 2000 Authorization

(2) ISO 3834 - TUV (ENG)

(7) ANRE PP Authorization

(12) ANRE EP

Authorization

(13 ) ANRE ETC Authorization

(14) ANRE ETRI Authorization

(16) ANRE PDI Authorization

(18) ANRE B Electric Authorization

(17 ) ANRE PCTRI Authorization

(19) Nuclear activity Authorization

(15) ANRE PDS Authorization

(20) ANRE Gas Supply Authorization

(21) GOST-R ISO 9001, 14001, 18001 for the Russian Market

(22) Nuclear Lab Authorization

(23) CE Under Pressure Equipment

(24) Gas Supply License

(4) ASME U Stamp Certification

(5) ASME U Stamp Authorization

(7) ANRE EDS Authorization

1. Horizontal lathe Victor Taichung V turn – 26 2. Vertical unit for metal processing Microcut Challenger 1300 3. Horizontal lathe Goodway GLS 150 4. Horizontal lathe Goodway GS 200 / L 5. Horizontal lathe OKUMA LB 2000 EX

6. Milling vertical lathe OKUMA VTM 200 7. Roller machine DAVI MCB 2545 8. Cutting machine ESAB Combirex CXL 3500 9. Submerged arc welding machine ESAB A2TF / A2TG

10. Portable welding installations MIG, MAG, WIG, TIG 11. Hydraulic press 80 – 500 tf 12. Blasting instalation 13. Laboratory for mechanical tests 14. Laboratory for non-distructive tests

1. 5. 6.

8.

7.

9. 10. 11. 12.

Diverse manufacturing: large scale, small scale, single pieces

I. GAS DEHYDRATION STATIONS

I.1 Gas Dehydration Station with TEG

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 the compression stations. Min/max flow (Nm3/zi) 20.000 5.000.000 Working pressure Pi (bar) 1,9 70 Gas temperature (0C) 3 60 Dew point (0C) -15 Working fluid Triethylenglycol/Natural gas

I.2 Gas Dehydration Station with SILICAGEL

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 the compression stations. Min/max flow (Nm3/day) 20,000 ¸ 1,000,000 Working pressure Pi (bar) 1.9 ¸ 40 Gas temperature (0C) 3 ¸ 60 Dew point (0C) -15oC 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 of devices, fittings and attachments, all assembled in their own construction, a metallic or a heat insulating cabin. Through the regulating metering station, gas passes from the repartition network, where the pressure is medium to the distribution network, where the pressure is low. Dimensional range for inlet DNinlet (mm) 50-80-100-150-200-250 Dimensional range for outlet DNoutlet (mm) 50-80-100-150-200-250-300 Inlet pressure P1 (bar) 0.5 6 Outlet pressure P2 (bar) 0.02 2 Working fluid Natural gas acc. to SR 3317–2003 Environmental temperature (0C) (-) 29 (+) 50 Max. Flows Q (m3/h) 157 5,300 Nominal pressure PN (bar) 16

Assures natural gas filtering – regulating – metering and is in fact an assembly of instruments, armatures and other fittings mounted in a type of metallic cabinet or heat insulating cabin. Through this entire assembly gas passes from a transmission network system (high pressure) to the distribution network system (low pressure). Dimensional range for inlet DNinlet (mm) 50-80-100-150-200-250 Dimensional range for outlet DNoutlet (mm) 50-80-100-150-200-250-300 Inlet pressure P1 (bar) 6 64 Outlet pressure P2 (bar) 2 6 Working fluid Natural gas acc. to SR 3317 – 2003 Environmental temperature (0C) (- )29 (+) 50 Max. Flows Q (m3/h) 157 5,600 Nominal pressure PN (bar) 25 - 40 - 64


II.3 Regulating metering group in cabinet III.1 Filters

It is used to reduce and adjust gas pressure to supply consumers from well fields or other low flow consumers. Dimensional range for inlet DNinlet (mm) 20 Dimensional range for outlet DNoutlet (mm) 20-32-40-50-65 Inlet pressure P1 (bar) 6 40 Outlet pressure P2 (bar) 0.015 2 Working fluid Natural gas acc. to SR 3317 – 2003 Environmental temperature (0C) (-) 29 (+) 40 Flow Q (m3/h) 0.06 190 Nominal pressure PN (bar) 40

The F.G.N. is used in all conditions where natural gas needs to be filtered, in order to restrain solid particles and partial liquid particles that come with the gas flow. Dimensional range DN (mm) 50÷350 Nominal pressure PN (bar) 16-25-40-63 Max.flows Q (m3/h) 370 ÷7,920 Filtering fineness (µm) 10 or 160

III. FILTERS, SEPARATORS

III.1.1 Natural Gas Filter FGN Type


II. REGULATING METERING STATIONS

III.1.2 Natural Gas Filter FYG Type and FOC Type

III.2 Separator Filters

Natural gas filters FYG type are used for filtering natural gas in medium, reduced and low pressure installations. Dimensional range DN (mm) 20-25-32-50-80-100 Max flows Q (Nm3/h) 10-12-16-80-400-450 Nominal pressure PN (bar) 16 Filtering fineness (µm) 10 or 160 The tapered horizontal filters FOC type is used for additional protection of 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

F.S. natural gas filter type is used in all conditions where natural gas needs to be cleaned of solid and liquid impurities, coming with the gas flow. Dimensional range DN (mm) 50÷350 Nominal pressure PN (bar) 16 -25-40 -63 Max. flows Q (m3/h) 370 ÷7,920 Filtering fineness (µm) 10 or 160 Separation efficiency for liquids 98%

III.2.1 FS Natural Gas Filter


III. FILTERS, SEPARATORS

III.3.1 SOG Horizontal Gas Separator

The horizontal gas separator is used in gas processing plants, to separate impurities entrained with the natural gas produced in wells or while testing parameters during wells commissioning. The separator may also be used for liquid separation out of the natural gas fields, in extraction. Dimensional range DNinlet/outlet (mm) 100 – 150 – 200 – 250 – 300 Max. Flows Q (m3/h) 560 – 1,260 – 2,250 – 3,500 – 5,050 Dimensional body DN (mm) 700 – 1,200 Nominal pressure PN (bar) 25; 40; 64 Separation efficiency min 98% for particles above 10μm

Vertical liquid separators are used for separating and filtering solid and liquid particles from natural gas. Dimensional range DN (mm) 50 ÷ 500 Max.Flows Q (m3/h) 200 ÷14,000 Nominal pressure PN (bar) 25, 40, 64 Separation efficiency: • For liquid particles, 99,5 % separation efficiency, for 10÷12 µm particles. • For solid particles 99,5 % separation efficiency, for particles > 2 µm.

III.3.2 Natural Gas Vertical Liquid Separator SVL Type


III.3 Separators

III.4.1 Two Phase Separator for Liquids Extracted from Natural Gas Deposits

III.4 Two Phase Separator for Liquids Extracted from Natural Gas Deposits

This equipment has the purpose to separate the liquids and remove the foam that appears into the surface installations because of foaming agents used at the extraction process. Dimensional range DN (mm) 150; 200; 250; 300; 400 Nominal pressures PN (bar) 25; 40; 64 Dimensional body DN (mm) 400 – 1,200

The P.I.G. launching/receiving station GPG is a rigid facility, used for launching/receiving the P.I.G or/and those for cleaning. P.I.G. launching/receiving chamber components: skid, P.I.G. support, revolving crane, carriage, pusher, hoist, quick opening closure. Dimensional range DN (mm) 200÷1100 Nominal pressures PN (bar) 25; 40; 63 ANSI 300; ANSI 600 Environmental temperature (-) 29 ÷ (+) 50o C

III.5.1 PIG Launching/Receiving Station

III.5 PIG Stations


III.5.1 Portable Facility for Testing the parameters of natural gas wells

III.5 Portable Facility for Testing the Parameters of Natural Gas Wells

The facility is designed for research activities, for interventions and overhauling of the wells. It is used for short intervention periods, with the possibility to be quickly moved from one location to another and simple commissioning as well. Nominal pressures PN (bar) 210; 350

We can design at client request a variety of pressure vessels both PED Directive and ASME standards.

IV. PRESSURE VESSELS

These are vessels for stocking different fluids.We can design at client request a variety of tanks both PED Directive and ASME standards.

V. TANKS


The automated radiator for natural gas wells is used to heat up the marsh gas before laminar flow. Dimensional range DN (mm) 50 - 65 Required heat (Kcal/h) 16,000 - 78,000 Flow of process gas (Nm3/day) 80.000 - 150.000 Pressure of process gas (bar) 64-140-210 Efficiency Min. 85%

VI.1.1 Automated Radiator For Natural Gas Wells CSG Type

VI. RADIATORS


VI.1.2 Indirect Vertical Heater For Natural Gas IVIG Type

The indirect vertical heater for natural gas is designed to heat-up gas before inlet to the first pressure adjustment stage into the delivery RMS (Regulating and Metering Station). Heater operation is based on heat exchange principle between a caloric agent produced by a central heating boiler and gas that passes through the heater's pipe classifier. Dimensional range DN (mm) 50 ÷ 300 Nnominal pressures PN(bar) 25-40-63 Required heat (kcal/h) 10,000 ÷ 320,000


VII. PNEUMATIC EQUIPMENT

VII.1 Pressure Regulators

VII.1.1 Direct Steered Regulators

The RPAI regulator is designed for setting natural gas operating parameters having a high rate of pressure reducing. Connection 1” Inlet pressure P1 (bar) 6 ÷ 210; 6 ÷ 63 Outlet pressure P2 (bar) 0.5 ÷ 6.5 Nominal pressure PN (bar) 63; 210 Max. flow rate Q (Nm3/h) 35

VII.1.1.1 High Pressure Gas Regulator Antifrost Gear Box RPAI Type

VII.1.1.2 Gas Pressure Regulator RPG 350 E Type

The pressure regulator RPG 350 E is used for reducing and setting combustible gas pressure in burning facilities, maintaining constant outlet pressure, within setting class limits, at inlet pressure and flow rate fluctuation. Dimension range DN (mm) 50, 80 Inlet pressure P1 (bar) 0.07÷ 4.2 Outlet pressure P2 (mbar) 12.5÷ 200 Nominal pressure PN (bar) 16 Max. Flow rate Q (Nm3/h) 100÷ 4,800

Pressure regulator RPG 350 N is designed to reduce and adjust combustible gas pressure in burning installations, maintaining a constant outlet pressure, within pressure class, in conditions of different inlet pressure and flow. Dimension range DN (mm) 40; 50 Inlet pressure P1 (bar) 0.1 ÷ 4.2 Outlet pressure P2 (mbar) 12.5 ÷ 200 Nominal pressure PN (bar) 16 Max. Flow rate Q (Nm3/h) 11 ÷ 430

VII.1.1.3 Gas Pressure Regulator RPG 350 N Type



This is a balanced type regulator. The pressure is regulated comparing the force applied by the outlet pressure on the membrane to the regulated force of an antagonistic spring. The regulator can be ordered already equipped with low and high pressure blocking device. Dimension range DN (mm) 50 ÷ 250 Inlet pressure P1 (bar) 0.3 ÷ 6 Outlet pressure P2 (mbar) 0.02 ÷ 2 Nominal pressure PN (bar) 16 Max. Flow rate Q (Nm3/h) 20 ÷ 6 700

VII.1.1.4 Gas Pressure Regulator RPG 500



The RPA7 ND regulator is used to reduce and regulate gas pressure in pipes, ensuring a constant outlet pressure, within the regulating range limits when changes in the inlet pressure or flow occur. This regulator being normally opened can be also used in situations where the inlet pressure drops below the regulated pressure, without blocking gas supply to the consumer. Nominal Pressure PN (bar) 16, 25, 40, 63 Inlet pressure range Pu (bar) 3 ÷ 63 Outlet pressure range Pd (bar) 1 ÷ 60 Flow (m3/h) 20 ÷ 10 400 Operating fluid natural gas SR 3317:03, air, nitrogen, drz CO2 or other noncorrosive or l owcorrosive gas

VII.1.1. 5 High Pressure Gas Regulator RPI Type

VII.1.2 Indirect Steered Regulators

VII.1.2. 1 Normally Opened Indirect Steered Automatic Pressure Regulator RPA 7 ND

The high pressure regulator RPI is designed for regulating and metering stations (RMS) or other gas facilities with the aim of gas pressure setting in pipes, maintaining it constant at the outlet of the regulator, respecting setting class limits in conditions of different inlet pressure and flow. Connection 3/4” Inlet pressure P1 (bar) 6 ÷ 40 Outlet pressure P2 (bar) 0.5 ÷ 15 Nominal pressure PN (bar) 40 Max. Flow rate Q (Nm3/h) 7 ÷ 200



VII.1.2.3 Industrial Gas Pressure Regulator RPA3 Type

The regulator is used for reducing and adjusting natural gas pressure in pipe-lines while maintaining at the same time a constant outlet pressure, respecting regulating limits, even at inlet pressure fluctuations and differential flow. Dimension range DN (mm) 50 ÷ 300 Inlet pressure P1 (bar) 0.5 ÷ 16 Outlet pressure P2 (mbar) 0.02 ÷ 6 Nominal pressure PN (bar) 16 Max. Flow rate Q (Nm3/h) 100 ÷ 100,000

The RPA7 NI regulator is used to reduce and regulate gas pressure in pipes ensuring a constant outlet pressure, within the regulating range limits when changes in the inlet pressure or flow occur. The regulator is used for equip natural gas transportation and distribution installation working at regulator operating parameter. Nominal Pressure PN (bar) 16, 25, 40, 63 Inlet pressure range Pu (bar) 0.5 ÷ 60 Outlet pressure range Pd (bar) 0.3 ÷ 54 Flow (m3/h) 20 ÷ 10 400 Operating fluid natural gas SR 3317:03, air, nitrogen, drz CO2 or other noncorrosive or l owcorrosive gas

VII.1.2.2 Normally Opened Indirect Steered Automatic Pressure Regulator RPA 7 NI



The regulator is used for reducing and adjusting natural gas pressure in pipelines while maintaining a constant outlet pressure, within regulating class limits even at inlet pressure, and flow fluctuations. Dimension range DN (mm) 50 ÷ 250 Inlet pressure range P1 (bar) 0.5 ÷ 63 Outlet pressure range P2 (bar) 0.1 ÷ 40 Nominal pressure PN (bar) 16; 25; 40; 63 Max. Flow rate Q (Nm3/h) 15,000 ÷ 500,000 The retro regulator is assigned to equip natural gas transmission and distribution plants or other gas plants as well, working within operation parameters of the retro regulator. Dimension range DN (mm) 50 ÷ 250 Inlet pressure range P1 (bar) 0.5 ÷ 40 Outlet pressure range P2 (bar) 0 ÷ 38.5 Nominal pressure PN (bar) 16; 25; 40; 63 Max. Flow rate Q (Nm3/h) 10,000 ÷ 300,000

VII.1.2.2 Indirect Maneuvered Automatic Gas Pressure Regulator RPA 6 Type/Retro-regulator RTR 6 Type

VII.2.1.1 Under and Overpressure Blocking Device DBGN Type

The under and overpressure blocking device D.B.G.N. type is used in fuel gas plants, to block the gas flow towards consumer, in case of pressure increase or drop above specified limits downstream the regulator. Dimension range DN (mm) 20 ÷ 200 Nominal pressure PN (bar) 16; 25; 40; 63 Minimum blocking pressure Pdu(bar) 0.2 Maximum blocking pressure Pdo (bar) 20

The servo-controlled diaphragm safety valve type RSDS is used to equip especially the natural gas regulating and measuring stations and other gas facilities working using the technical parameters and operating data of the tap as well. Dimension range DN inlet/outlet (mm) 25/32; 50/80; 80/100 Nominal pressure PN (bar) 16 Opening pressure range Pd (bar) 0.04 ÷ 10 Working fluid Marsh gas, petrol gas, Dry CO2

VII.2.1.2 Servo-Controlled Diaphragm Safety Valve RSDS Type VII.2 Safety and Protection Equipment

VII.2.1 Under and Overpressure Blocking Device


VII.2.2.1 Quick Acting Safety Spring Valves SABGN Type

The safety spring valves are automatic acting armatures, designed to prevent exceed of the maximum allowed working pressure within vessels and pressure plants. Dimension range DNinlet/outlet (mm) 50/80; 65/100; 80/125; 100/150 Nominal pressure PN (bar) 40, 64 Setting pressure range Pr (bar) 3.5 ÷ 60 Working fluid Marsh gas, petrol gas, dry CO2

Blocking spring valve for heating fluid, shortly named SBA, is designed for gas heating exchangers in order to avoid pressure exceed and gas intrusion in the water circuit of the heating plant. Dimension range DN (mm) 25; 50; 80 Nominal pressure PN (bar) 63 Maximum allowed working temperature TS (0C ) 95 Heating fluid (working fluid): 66% water + 34% glycol Closing pressure of blocking valve (bar) 3.5

VII.2.2.2 Blocking Spring Valve For Heating Fluid SBA Type

VII.2.2 Safty Valves


VII.2 Safety and Protection Equipment

VIII.2 Needle valves

The needle valve is used in gas installations working in high pressure system, working closing, opening or partial shuttering the working fluid circulation. Nominal diameter DN (inch) 1/4”; 3/8”; 1/2”; 3/4”; 1 Nominal pressure PN (bar) 210; 350 Max. fluid temperature (°C) 100


VIII. FITINGS

VIII.3 R.R.V. - 25 Vent Regulator Valve

The vent regulator is a valve with pneumatic action control used for pressure discharge of the liquids out of the different type of gas separators. Nominal diameter DN (mm) 25 Nominal pressure PN (bar) 210 Pressure control (bar) 0.2 ÷ 2.1 Working medium water, hydrocarbons

VIII.1 Manual corner valve

The manual corner valve is used in oil and gas installations and realizes the closure, the opening or the partial shuttering the working fluid circulation. Nominal diameter DN (inch) 2 1/2”; 3” Nominal pressure PN (bar) 140; 210; 350

IX. 1 STIMGAZ - Foaming Agent for Natural Gas Production Stimulation

STIMGAZ is a foaming agent, bar shaped, containing surfactants that are used in gas and gas-condensate wells, producing foam with drinking or salt water and reducing the bottom hole back flowing pressure (hydrostatic load) in order to increase the gas and gas-condensate production rate of partially flooded wells. Gas and gas – condensate production is increased as an effect of reducing well hydrostatic load and consequently, partially flooded well production is restored or even increased. Specific weight (kg/dcmc) 0,85-1,15 Solubility (%) 100% in sweet or salty water Melting point (oC ) 40 Weight / stick (kg/stick) 0.3-0,4 Dimensions L/d (cm) 35/3,5

IX. Foaming Agent for Natural Gas Production Stimulation


Armax Gaz transposes

your ideas into reality:

1. Design

2. Manufacturing

3. Assembly

4. Commissioning

5. Maintenance

6. Service and spare parts

7. Training

8. Natural Gas Distribution.

1. Gas dehydration station with Triethylene Glycol (TEG)

Flow rates 50.000 – 5.000.000 m³/day

1.1. Transilvania , Romania 22 stations, 2005-2007

1.1. Botorca, Mures county, Romania 2004-2005

2.2. Zimnicea, Teleormasn county 2006

2.1. Sibiu I 2009

2. Gas regulation and metering stations – PN 16, 25, 40 and 63 bar

2.3. Buzau, Buzau county 2006

2.4. different locations in Romania 2009

3.2. Technological surface equipment – Well 3, Sighisoara 2004

3.1. Technical surface equipment for the transformation of the “Cetatea de Balta” structure into a gas storage facility 2007-2009

2. Gas regulation and metering stations – PN 16, 25, 40 and 63 bar

3. Technological surface equipment

4.1. Natural gas heaters – Gas storage facility Bilciuresti 2002

4.2. Natural gas heaters: Brazil, Iran, United Arab Emirates, South Africa, Singapore, Australia, Argentina, Egypt, Ghana. 2003 – 2010

5. Rehabilitation of a gas compressor station: repairs of equipment, hall, workshops, gateways and fencing for the “Sinca” gas compressor station 2009

4. Gas heating equipment

5. Separation & filtration equipment for natural gas – PN 16, 25, 40 and 63

Pig Launching / Receiving station – DN 400 – DN 1000 ANSI 300 (PN 40-64) – 34 stations 2006-2008

Mobile testing equipment for natural gas well parameters – 34 pieces 2008

Two phase separation equipment for liquids extracted from natural gas deposits - 2 pieces: Lunca & Noul Sasesc. 2008-2009

6. PIG Launching / Receiving stations – DN 200 – DN 1100 ANSI 150 –600 (PN 25, 40 and 63 bar)

7. Mobile testing equipment for natural gas well parameters

8. Two phase separation equipment for liquids extracted from natural gas deposits.

Top Clients

SNGN Romgaz S.A. SNTGN Transgaz S.A. OMV Petrom S.A.

Turkiye Petrolleri Anonim Ortakligi

Thielmann Energietechnik GMBH

Looking forward to making your ideas become reality!

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Our values - ARMAX GAZ Our values: •Experience • ... Pressure Equipment (24) Gas Supply License...

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