Heat Exchanger

w w w . u l s c o r p o r a t e . c o m

About ULS Inc.

ULS Corporate Inc. is a group of holding enterprises specializing in business related to the oil and natural gas industry. Our head office is located in Toronto, Canada with offices in Houston, USA, Mexico City, Mexico, Caracas, Venezuela, Beijing and Tianjin, both in China.

Over the years in its service of supplying products to the oil and natural gas industry, ULS Corporate Inc. has established a long term friendly cooperative relationships with several major oil companies internationally. Our team of professionals committed to bring ULS to a powerful and competitive modern enterprise have collaborated in the company success.

ULS always commits itself to pursuing innovation and utilization of new technology and new materials to develop high quality products. With years of experience ULS products are a top choice for many large companies in their main projects in the oil and gas industry.

We constantly strive to be one step ahead and to stay innovative in order to fulfill our customer’s dynamic requirements and demands.

World Presence

Head OfficeTORONTO CANADA

SalesMEXICO CITY MEXICO

SalesCARACAS VENEZUELA

ManufacturingBEIJING CHINA

Engineering HOUSTON USA

Continues Performance Improvement Our Objective & Certification

Our main objectives are safety and client’s benefits. ULS is committed to continous improvement over time in all areas in-cluding management system.

Our Certifications:

- ISO 9001- Safety management agreement MASE- Pressure Vessels ASME Stamp U, U2 &R- Pressure Equipmnet Directive: PED 97/23/EC- Maintenance of nuclear power plant CEFRI- Russia: GOST R- Belarus: GOSPROMNADZOR

80% 20%

Industrial Maintanace Pressure Vessels Manufacture

About Heat ExchangersOur Product and Activities

A heat exchanger is a piece of equipment built for efficient heat transfer from one medium to another. The media may be separated by a solid wall to prevent mixing or they may be in direct contact. They are widely used in space heating, refrig-eration, air conditioning, power plants, chemical plants, petrochemical plants, petroleum refineries, natural gas processing, and sewage treatment.

ULS offers:

Production of all types of tubular heat exchangers in all types of metals for the petroleum, petrochemical, chemical and fertilizer industries, offering high pressure and high temperature vessels.

Up to 200 tons max per unit.

Two Complementary Activites:

We are currently are developing those essential features through a single, global approach, where the safety of employees and plants, as well as customer service and their impressive results, stand as crucial requirements.

ApplicationUse of Heat Exchangers

Heat exchangers are widely used in industry both for cooling and heating large scale industrial processes. The type and size of heat exchanger used can be tailored to suit a process depending on the type of fluid, its phase, temperature, density, viscosity, pressures, chemical composition and various other thermodynamic properties.

In many industrial processes there is waste of energy or a heat stream that is being exhausted, heat exchangers can be used to recover this heat and put it to use by heating a different stream in the process. This practice saves millions of dollars in this industry, as the heat supplied to other streams from the heat exchangers would otherwise come from an external source that is more expensive and more harmful to the environment.

- Waste water treatment- Refrigeration- Wine and beer making- Petroleum refining

Heat exchangers are used in many industries, including:

Types of Heat Exchangers

Most versatile in terms of types of serviceWidely known and understood since it is the most common type Widest range of allowable design pressures and temperatures Rugged mechanical construction - can withstand more abuse (physical and process)

Low maintenance and operating costs (typically 30-50% less than cooling water) Attractive option for locations where cooling water is scarce or expensive to treatWell suited for cooling high temperature process streams (above 80oC when using cooling water should be avoided)

Low initial purchase cost (plate type)Require small footprint for installation and have small volume hold-upTrue countercurrent designs allow significant temperature crosses to be achieved Many different configurations are available (gasketed, semi-welded, welded, spiral)Tend to exhibit lower fouling characteristics due to the high turbulence within the exchangerHigh heat transfer coefficients (3 or more times greater than for shell & tube heat exchangers, due to much higher wall shear stress)

Shell & tube heat exchangers:

Air-cooled heat exchangers:

Compact type heat exchangers:

Selection of Heat Exchangers

Due to the many variables involved, selecting optimal heat exchangers is challenging. To select an appropriate heat exchanger, the system designers would firstly consider the design limitations for each heat exchanger type. Though cost is often the primary criterion, several other selection criteria are important:

- High/low pressure limits- Thermal performance- Temperature ranges- Product mix (liquid/liquid, particulates or high-solids liquid)- Pressure drops across the exchanger- Fluid flow capacity- Cleanability, maintenance and repair- Materials required for construction- Ability and ease of future expansion- Material selection, such as copper, aluminum, carbon steel, stainless steel, nickel alloys and titanium- Type of duty - Heating of liquids- Evaporation and boiling- Heating of gases and vapors- Cooling of gases and vapors- Condensation- Cooling of liquids- Heating and cooling of slurries

Manufacturing

Design offices:Our engineers master most design codes and perform thermal and mechanical rating.

Welding engineers:Our team is familiar with state-of-the-art technics and focus on reability and productivity in designing welded joints.

Planning and method:Security at each stage, experience in metal transformation and state-of-the-art software allow us to plan and set up performing production in accordance with the quality/security/environment goals.

Our range of products are: - From 4 to 150 mm thickness - Up to 6.10 m diameters - On every metal ferrous and non-ferrous, stainless steels, low alloy steels, duplex and super duplex, plated steels - Unit weight of 250 tons

Our specialities: Weld overlay, thermal treatment, tube bending.

Tests and control laboratory:Our fully certified laboratory can carry out chemical analysis and full mechanical test on demand: tensile and sharping test, microscopy, macroscopy, PMI in our workshop or on site, spectrometer, and high frequency sound testing.

Control office in the workshop or on site.

Design, Production and Control are integrated for more flexibility and autonomy

Rehabilitation

Industrial Maintenance

Of petrochemical and energy production units

Performance targets assessmentQuality/Security/Environment

We work on existing plants and provide effective solutions to improve output, reduce energy consumption and pol-luting emissions.

Within the framework of a partnership associating industrial maintenance and shut downs, with the abilities of an upstream engineering, we realize the whole operation of rehabilitation, from studies to installation and tests in order to minimize the production slowdown during the shut downs.

- Diagnosis - Study and rehabilitation projects - Planning with integration of production constraints - Installation - Performance tests

We mainly operate on sites outside France where we often take into account the local competences.

SHUT DOWNS AND SITE WORKS

We lead and realise global interventions during programmed technical shut downs.

Preparation: - Technical evaluation - Mustering of human and technical means - Intervention planning

To ensure the follow-up: - Performances assessment - On site controls Conformity Quality Security - Setting of corrective actions - Experience feedback

Our shut down activity is managed by a dedicated team for better feed back and reactivity.

INDUSTRIAL MAINTENANCE CONTRACTS

Lump sum, unit rates, cost plus fee, we are familiar with all types of contracts and can offer the most suitable for reliable and efficient day to day maintenance.

Coordination, realisation:

- Assembly - Cleaning - Insulation- Scaffolding

Mechanics:pumpsturbines compressors relief valvesgate valves

- Metallurgy - Exchangers retubing - Non destructive tests - Hoisting

Metallurgy:boiler makingpiping

- Refractory- Electricity- Mechanics- Lifting

Piloting of related trades:electricityinstrumentation ndustrial cleaning plasturgy scaffoldinginsulationlifting operationchimney engineering

Assembling:industrial cleaningregulation testingcapacity opening/closing work

Projects around the Globe

France

Martinique Congo Lithuania Thailand

Belgium Russia Venezuela

F R A N C ECLIENTS/ENGINEERING REF FL APPAREILS TYPE/DIMENSIONS PRESSION

CALC TEMP. CALCUL EPAISSEUR MATIERE

CODE YEAR

Costumers/Engineering FL Ref Items Type/size mm Design pr/bar Design temp °C Thickness mm Material

BOREALIS AA140041 1 tube bundle EC 1301 L - 2737 12 60 2 UNS31002 - SA213 CODAP 2010 div2 2015

TOTAL DONGES AA140042 22 tube bundles Ø1101 - L6228 5; 7; 10; 28; 70; 155; 200; 305; 2, 77; 3, 4; P235 GH; GRT5; CODAP 2010 div2 2015

EXXON MOBIL AA140045 2 heat exchangers E1532 Ø1016 - 7721 11 / 28 260 / 427 13 / 2, 77 Gr70 / Carbon steel ASME VIII Div1ed2013 2015

TOTAL FLUIDES AA140047 2 heat exchangers E631 / E640

BEU Ø633 - 4880 ; Ø1670 - 4050 100 / 10; 15 / 3, 9 350 / 90; 60 / 200 13 / 2, 11; 13 / 2,

77 P265GH / P235GH CODAP 2010 div2 2015

FOSTER WHEELER AA140049 Ballon B1001 Ø1400 - 4751 99 50 50 GR70 CODAP 2010 div2 2015

YARA AA140064 Heat exchanger 16E04 BEM Ø460 - 4260 0, 5/12 170 / 80 6 / 1, 5 G R304L / X1CrNi25-2 CODAP 2010 div2 2015

LYONDELLBASELL AA140068 7 heat exchangers: E640R / E646R1 / E650R / E3212 A/B

BEM,AEM,BEL Ø273; 550; 570 - L6212; 4495;

5608; 59463, 9; 5, 5; 16 98; 86; 110; 193 1 5; 9, 27; 10; 12 /

2, 1 GR70; GR6 CODAP 2010 div2 2015

CHEVRON ORONITE AA140069 Heat exchanger E611 BXM Ø900 - 6001 3, 5 / 3, 5 150 / 320 12 / 3 , 4 GR60 / Carbon steel CODAP 2010 div2 2015

TOTAL PETROCHEMICAL AA140071 1 tube bundle 12 E 228A Ø153 - L1836 4 149 165 Carbon steel ASME VII Div1ed2013 2015

TOTAL GRANDPUITS AA140075 2 tube bundles 761 E 1006 Ø800 - L6068 65 53 277 P235GH CODAP 2010 div2 2015

TOTAL FLUIDES AA140081 6 tube bundles : E608; EA106 A/B/C/D; EA306 Ø335;850 5; 10; 50; 70; 1, 5; 2, 11; P235GH CODAP 2010 div2 2015

TOTAL FLUIDES AA140081 1 heat exchanger E608 AEL Ø355 - 5542 10 / 10 100 / 50 8 / 1, 5 GR6 / P235GH CODAP 2010 div2 2015

TOTAL GRANDPUITS AA 140082 8 tube bundles L- 4877; 6100 27, 6; 8; 53; 80; 180; 2, 11; 2, 77; P235GH CODAP 2010 div2 2015

TOTAL GRANDPUITS AA 140085 Faisceau 761 E1012 L-6094 65 53 211 Monel 400 CODAP 2010 div2 2015

TOTAL GRANDPUITS AA 140086 Column 761 C1004 Ø765 - H7980 127 260 10 Monel 400 CODAP 2010 div2 2015

SOLVIN AA 140088 2 tube bundles P134 / P135 Ø1222 - L5260 16 200 265 P235 GH CODAP 2010 div2 2015

TOTAL RAFFINERIE DE NORMANDIE AA 140089 Heat exchangers 113 A/B Ø640 - L7194 25 / 19, 3 255 / 195 12, 7 / 2, 11 GR6 / Carbon acier SME VIII div1 Ed201 2015

PETROINEOS AA 140090 Tube bundle E4 Ø1000 - L6096 8 66 211 Acier carbone CODAP 2015

PETROINEOS AA 140091 Tube bundle C6114 Ø950 - L1830 53 350 211 Inconel / 316L/ Gr2 CODAP 2015

BOREALIS AA 1500115 Tube bundles E 5203 / E5204 / E 5205 / E5206 /

E 5207

Ø900;553; 705; 808; 65 5 - L2600; 3500;

5200; 5500; 5250.7; 19; 40; 99; 334 125; 160. 2,11 ; 3,05. UNS S32205 SME VIII div1 Ed201 2015

PETROINEOS AA 131115 Heat exchanger C201 Ø1090 - L10116 194 / 176 407 / 454 85 / 3,4 GR22 / TP347 SME VIII div2 Ed201 2015

PETROINEOS AA 131115 Heat exchanger C202 Ø965 - L 9640 195 / 175 360 / 404 75 / 3,4 GR22 / TP347 SME VIII div2 Ed201 2015

F R A N C ECLIENTS/ENGINEERING REF FL APPAREILS TYPE/DIMENSIONS PRESSION

CALC TEMP. CALCUL EPAISSEUR MATIERE

CODE YEAR

Costumers/Engineering FL Ref Items Type/size mm Design pr/bar Design temp °C Thickness mm Material

PETROINEOS AA131115 Heat exchanger C201 DEU 1100 x 10000 176 / 158 407 /454 100 Gr.22 / SS321/ SSclad ASME VIII Div2 2014

PETROINEOS AA131115 Heat exchanger C202 DEU 1000 x 9500 177 / 156 360 / 404 90 Gr.22 / SS321/ SSclad ASME VIII Div2 2014

AIR LIQUIDE AA131096 Heat exchanger E596 Ø406 X 2810 15 / 6 min / max: -45 / 180 127 INOX ASME VIII Div2 2014

TOTAL DONGES AA131109 Heat exchanger E902 NEN Ø1604 X 7748 8 / 2, 5 180 / 365 15 Gr60-P265GH/ P235 GH Codap 2010 Div2 2014

AIR LIQUIDE AA131066 Heat exchanger E374 Ø406 X 4725 12 / 53 min / max: -10 / 270 127 Gr6-SA333 ASME VIII Div1 ed2010 2014

NAPHTACHIMIE AA131076 Heat exchanger EA 048 Ø711 X 3426 4 min / max: -46 / 205 10 Gr70-SA516 ASME VIII Div1 ed2010 2014

JACOBS AA131006 Heat exchanger E4008 Ø508 X 6025 277 min / max: -20 / 315 953 Gr60 - SA516 ASME VIII Div1 ed2010 2014

YARA AA131058 STRIPPER D261 Ø3560 X 44050 3 min / max: -12 / 160 12 X2CrNiMo17-12-2 EN-13445 Ed 2009 2014

YARA AA140009 FAISCEAU E2004 Ø330 X 5015 170 180 277 Gr1 SA 334 Codap 2010 Div2 2014

Exxon Mobil 78834/1 Heat exchanger 9.7 / 14.6 BAR 75 °C / 132 °C 13 mm Carbon Steel CODAP 2010 Div 2 2013

DCNS 78839/1 Evaporator 15 Bar / 9 Bar 43 °C / 43 °C 9.52 mm P265GH + Clad Grl CODAP 2010 Div 2 2013

TOTAL Raffinerie de Donges 78863/0 Shell 57.73 Bar 260 °C 30 mm Gr11CL2 CODAP 2010 Div 2 2013

Exxon Mobil 78864/8 Faisceau / boite (Tube bundle) 21.7 BAR 343 °C 25 mm Carbon Steel ASME VIII Div. 1

Ed 2013

TOTAL Raffinerie de Donges 78852/3 Pots poussiere 788 °C 10 mm Gr304H ASME VIII Div.2 2013

TOTAL Grande Paroisse AA131034 Ammonia condensator E1509A BEM Ø990 x 6096 24 Bar calandre /

6 Bar faisceau200 °C calandre / 110 °C faisceau 18 / 13 mm SA350 - GrL2CI2

P265GH—EN 10028-2CODAP 2010 Div.2

Add. 03 / 11 2013

LINDE AA131004 Heat exchanger E7950 BEM Ø391 x 5800 82 Bar / 57 Bar 320 °C 12,7 mm Gr 304L, Gr 6 CODAP 2010 Div.2Add. 03 / 11 2013

LUBRIZOL AA131021 2 heat exchangers H202160 & H202161 BEM 27 Bar / 36 Bar 200 °C 10 mm S235JR—EN10025

P265GH—EN 10028-2CODAP 2010 Div.2

Cat. B1 Add. 03 / 11 2013

TOTAL FEYZIN 78863 / 0AA130074 Heat exchanger 31E0012 BES Ø 870 x 4877 21 Bar / 31 Bar 235 / 255 °C 20 mm Gr70, P305GH CODAP 2010

Div.2 Add: 03 / 11 2013

NAPHTACHIMIE 78879 / 7AA130078 Heat exchanger E32 BEM Ø 870 x 4877 10 Bar / 3 Bar 205 °C / 171 °C 16 mm Gr70/P305GH CODAP 2010 Div 2 2013

Goodyear Dunlop Amiens AA131008 Steam superheater PES n°1 15 Bar 200 °C 22 mm P265GH CODAP 2010 Div 2 2013

POLIMERI AA131020 Heat exchanger EA362 BEU 42”x 5000 33 /11 Bar 65 °C 18 mm P265GH CODAP 2010 Div 2Cat. B1 2013

SOLVAY AA131052 Heat exchanger E14030 BEU Ø 254,56 x2438 10, 4 Bar 155 °C 9 mm Gr304L CODAP 2010

Div.2 Add: 03 / 11 2013

LUBRIZOL AA1310046 Heat exchanger H722035 BFU 16 / 13 Bar 195 / 195 °C 13 mm Gr3—SA 333 CODAP 2010 Div 2Add. 03 / 11 2013

PETROINEOS AA131070 Heat exchanger EA192 BEU Ø456 X 2200 67.7 Bar / 67.7 Bar 250 °C / 150 °C 26 mm Gr6-SA333 CODAP 2010Add. 03 / 11 2013

R U S S I ACLIENTS/ENGINEERING REF FL APPAREILS TYPE/DIMENSIONS PRESSION

CALC TEMP. CALCUL EPAISSEUR MATIERE

CODE YEAR

Costumers/Engineering FL Ref Items Type/size mm Design pr/bar Design temp °C Thickness mm Material

CEAMAG / KIROVO- CHEPETSK AZOT PLANT AA140059 2 heat exchangers 461 &

465NEN Ø1030 - 9990

Ø1080 - 9980 11 / 11; 121 / 121; 50 / 1, 65; GR70 / GR1;GR70 / Carbon steel

ASME VIII Div1ed2013 /ed 2010 2015

CEAMAG / TOGLIATTIAZOT AA131085 Heat exchanger E461 Ø1000 X 9980 110 min/max: -29/150 45 Gr70-SA516 ASME VIII Div1 ed

2010 2014

LUKOIL, RUSSIE 78793/9 Column VC3002 Ø 3440 x 23150 0.45 Mpa 20 / 12 mm SA516 Gr70 ASME VIII Div. 1Ed 2013

LUKOIL, RUSSIE 78793/9 Column VC3002 1.38 MPa 260°C 12 mm SA516 Gr70 ASME VIII Div. 1Ed 2010 2013

LUKOIL, RUSSIE 78793/9 Column VC3601 1.15 MPa 235 °C 12 mm SA516 Gr70 ASME VIII Div. 1Ed 2010 2013

CEAMAG, RUSSIE 78857/3 Heat exchanger 401C NEN Ø866 x 6096 11.1 bar 50 °C 40 mm SA516 Gr70SA266 Gr2

ASME VIII Div. 1Ed 2010 2013

CEAMAG, RUSSIE 78857/3 Knock-out drum 403F NEN Ø866 x 6096 11.1 bar 50 °C 35 mm SA516 Gr70 ASME VIII Div. 1Ed 2010 2013

RANCOM-ENERGO 78830/9AA130045 Reactor R-403 MTBE unit 10,5 Bar 110 °C 30 mm Gr316Ti-SA240

Gr70-SA516ASME VIII Div.1 Ed 2010 Add. 2011 2013

CLIENTS/ENGINEERING REF FL APPAREILS TYPE/DIMENSIONS PRESSION CALC TEMP. CALCUL EPAISSEUR MATIERE

CODE YEAR

Costumers/Engineering FL Ref Items Type/size mm Design pr/bar Design temp °C Thickness mm Material

TECNICAS REUNIDAS /TOTAL ANVERS AA131072 Heat exchanger C7908 A/B AET 1150 x 6100 75,5 / 58 454 / 405 40 Gr.11 / SS410 ASME VIII Div1 2014

TECNICAS REUNIDAS /TOTAL ANVERS AA131072 Heat exchanger C7909

A/B/C/D BEU 700 x 6100 75,5 / 58 300 /454 30 Gr.11- SS410 / CSclad ASME VIII Div1 2014

TECNICAS REUNIDAS /TOTAL ANVERS AA131072 Heat exchanger C7910

A/B/C/D BEU 970 x 7 400 75,5 / 58 454 / 405 40 Gr.11- SS410 / CSclad ASME VIII Div1 2014

FOSTER WHEELER / TOTAL ANVERS FOSTER

WHEELER / TOTAL ANVERS

AA131108 Heat exchanger C72101 Ø620 X 7216 8,8 / 7,8 24 / 170 12 Gr70-SA516 ASME VIII Div1 2014

AA131109 Heat exchanger C72102 Ø510 X 7046 7,5 / 2,9 24 / 170 10 Gr70-SA516 ASME VIII Div1 2014

EMTROL / TOTAL ANVERS AA140023 Decoking cyclone 104TS923 Ø2748 X 10300 713 min/max: -18/425 35 Carbone steel ASME VIII Div1ed2013 2014

B E L G I U M

V E N E Z U E L ACLIENTS/ENGINEERING REF FL APPAREILS TYPE/DIMENSIONS PRESSION

CALC TEMP. CALCUL EPAISSEUR MATIERE

CODE YEAR

Costumers/Engineering FL Ref Items Type/size mm Design pr/bar Design temp °C Thickness mm Material

PDVSA EL PALITO 1 HEAT EXCHANGER TUBE BANDEL E-162 1/320 2 1/4 31/49 1,651 C44300-O61 SB111 ASME VIII DIV.1 ED.2013 2016

PDVSA EL PALITO 4 HEAT EXCHANGER TUBE BANDEL E-6808 1/320 /6.9 /121 1,651 C71500 SB395 ASME VIII DIV.1 ED.

2013 2016

PDVSA EL PALITO 1 HEAT EXCHANGER TUBE BANDEL E-6219 1/72 1 26/69 93/163 2,108 ASTM SA-179 ASME VIII DIV.1 ED.

2013 2016

PDVSA EL PALITO 1 HEAT EXCHANGER TUBE BANDEL E-115 1/320 2 83/251 355/488 1,651 C44300-O61 SB111 ASME VIII DIV.1 ED.2013 2015

PDVSA EL PALITO 1 HEAT EXCHANGER TUBE BANDEL E-105 1/320 2 29/34 355/488 2.32 C44300-O61 SB111 ASME VIII DIV.1 ED.2013 2015

CLIENTS/ENGINEERING REF FL APPAREILS TYPE/DIMENSIONS PRESSION CALC TEMP. CALCUL EPAISSEUR MATIERE

CODE YEAR

Costumers/Engineering FL Ref Items Type/size mm Design pr/bar Design temp °C Thickness mm Material

TOTAL CONGO AA140055 3 heat exchangers D-EC-657 BFUØ560 - 7590 16 / 23; 120 / 80; 9, 5 / 1, 65; GR6/GR1 CODAP 2010 div2 2015

TMTI / SARA MARTINIQUE AA 140037 Heat exchanger 16 E 101 BEU Ø704 / 5720 74 / 69 298 / 334 31 / 2, 11 P295 GH / TP321 SA213 CODAP 2010 div2 2015

ACHEMA /LITHUANIA AA131033 Heat exchanger E112 Ø1640 X 7685 118 / 35, 5 min / max: 0 / 320 25 Gr11 CL3 - SA336 ASME VIII Div1 ed2010 2014

HYUNDAI/ THAILAND AA131092 REACTOR R58101 Ø1700 X 26160 58 360 43 Gr11 + clad 316L ASME VIII Div1 ed2010 2014

HYUNDAI/ THAILAND AA131092 REACTOR R58301 Ø1600 X 23480 11 max 520 25 Gr11 cl1 - SA387 ASME VIII Div1 ed2010 2014

O V E R S E A S M A R T I N I Q U E C O N G O L I T H U A N I A T H A I L A N D

Heat Exchanger

W: www.ulscorporate.com E: info@ulscorporate.comT: +1 (647) 351 8574 F: +1 (647) 351 8573

Toronto, Ontario, Canada M2N 5Y7 2 Sheppard Avenue East, Suite 901