Coatings for coal, gas and oil fired power plants and equipment

AkzoNobel’s International® coatings range has a long history of protecting coal, gas and oil assets in the power generation market. Culminating today in a complete range of products, extensive in-field experience across the globe and the service level you expect from the worlds largest coatings supplier.

Product range and technical supportAs a truly global company, we are positioned to provide you with worldwide manufacturing capability, consistent product quality and reliable coatings specifications. This is backed up by local NACE or FROSIO qualified technical support, located within easy reach of your project.

When working on coatings specifications for coal, oil or gas power stations it is imperative to have a good understanding of the micro-conditions found on a site as well as the macro-environment that the facility is located in.

Asset locationWhether located in a highly corrosive coastal environment or a moderately corrosive inland location, it is important that the integrity of your structural steel and your critical assets are not put at risk through under specification.

At AkzoNobel we combine an enviable track record of coating many thermal power stations across the world, from China to Chile, with a rigorous in-house testing program, meaning our International® protective coatings range is fit for purpose and proven to perform in real life environments.

Micro-environmental conditionsIt is also important to consider the micro-environments found on every plant as the level of corrosive forces and therefore the type of coatings used can vary.

The broad knowledge of our workforce and consistent quality of our product range can give you peace of mind in knowing that we have the products required; whether this is for protection of Flue Gas Desulfurization (FGD) units from high concentrate sulphuric acid or maintaining efficiency of your water intakes through foul release coatings, we can deliver.

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Complete coatings solutionsfor thermal power assets,with a track record to match

Power people

International®: LocalWhat is most important with coatings, even on the largest of projects, is the coating application itself; inshop or onsite. Our dedicated teams of technical service representatives are available, local to your project, to ensure quality is not compromised. This is especially important when it comes to maintaining color and consistency for packages - across numerous geographic locations.

Communication

As a global company it is important to have good communication as engineers, architects, contractors and owners could be located in different countries. The ability to service each one of our customers across the entire contract chain is where AkzoNobel excels. With representatives in over 80 countries we are ideally placed to service every one of your needs.

ConsultationSpecifications for coatings should be developed through a consultative process ensuring that your asset gets the best protection available. This will be two-way communication allowing us to understand the processes and potential issues each asset or piece of equipment will face, meaning we can specify the correct coatings solution.

ConsistencyWorking with AkzoNobel can help to ensure that you have confidence in coatings supply wherever you work or wherever a project is located across the globe. Product quality is of the utmost importance to us and ensuring consistency of that quality is essential in continuing to strengthen our reputation.

Product range and track record are obviously key components for successful in-field performance and increased confidence in coatings, however they are only part of the story. To ensure a successful coating project the most important aspect is the skills of the people involved.

As a coatings company we invest heavily in our staff, from NACE or FROSIO inspection training to health and safety and product

knowledge. Ensuring that our employees have, amongst other things, the knowledge and expertise to:

• Help with coatings selection and specification based on the demands of the environment and the project timelines

• Perform agreed inspections during application and installation onsite

• Undertake onsite maintenance inspections

• Co-ordinate activities across multiple geographic locations

Staff investment

With a global team dedicated to the power generation market you can also have confidence in consistency of specification, utilizing our global core range of coatings, wherever possible.

Coatings solutions

Ceilcote EnvirolineInterline

Linings Steeped in history and experience, our linings range contains products to deliver maximum technical performance for almost every linings application in the field. Our Ceilcote® range will protect assets in the highest and most extreme chemical environments.

Anticorrosive protectionIntergard Interzinc

Interzinc®, zinc rich primers giving maximum anticorrosion protection for coatings systems in aggressive environments and Intergard® epoxy coatings designed for a variety of uses in a range of environments typically as primers and intermediates.

Foul release

Intersleek

Patented, fluoropolymer foul release system ideal for use in the power plant market where the build up of biofouling is an issue. The surface effect of Intersleek® is particularly suitable for inhibiting the build up of biofouling on water inlets.

Impact and abrasion resistanceInterzone

A range of low VOC (Volatile Organic Compound), high solids epoxy barrier coatings designed to give long term protection in a single coat. Coatings including glass flake are also available for added abrasion, corrosion and chemical resistance.

Fire protection

Chartek Interchar

The Chartek® range is for use in high risk environments and provides protection from hydrocarbon fires, including applications where high pressure oil can be a concern. The Interchar® range of products is designed to provide protection on structural ‘I’ sections, beams and columns and preserve structural integrity of steelwork from cellulosic fires.

Finishes

Interthane Interfine

Suitable for use in both new construction and industrial maintenance and repair, our finishes range can be used across a range of industries, including power generation. The Interfine® range contains no free-isocyanates and delivers improved resistance to chalking and discoloration.

Temperature resistanceIntertherm

Intertherm® products can provide protection to steel on areas including stacks, chimneys, exhausts, vents and pipework at temperatures up to 650°C (1,202ºF). The range also includes products suitable for use on insulated and uninsulated steel and for protection from ‘thermal shock’ or rapid temperature cycling.

There are a vast array of functions and processes in power stations which can potentially cause damage to steel and other surfaces through either dry abrasion and impact; or are permanently or semi-permanently immersed.

On a coal plant, the continuous movement of coal can cause significant abrasion damage and, if combined with rainfall or other moisture sources, corrosion can be an issue. This problem can be exacerbated further on a coastal plant whereby a highly saline environment can further speed up the process of corrosion.

Immersed or semi-permanently immersed areas such as pilings, water intakes and trash gates can be subjected to highly abrasive environments; sand, pebbles and other suspended objects in the water as well as impact from medium/large objects can cause significant damage to surfaces unless adequately protected.

To reduce the damage that abrasion can cause and inhibit corrosion, a product from the Interzone® range should be used. Interzone® 954 is designed to give long term protection from abrasion in both wet and dry areas and is ideal for use in thermal power plants for cooling water pipes for example.

Interzone® 1000 is a high build epoxy barrier coat which contains glass flake and gives fantastic protection in highly abrasive and corrosive environments. It also gives good chemical resistance and this combination of performance means it is ideal for fuel transportation conveyors.

Trusted anticorrosive protection

The starting block for protective coatings on any power plant is to maintain the integrity of the main structures.

By using a high performance anticorrosive system in new construction, you can prevent corrosion and extend the life to first major maintenance, leaving you free to concentrate on ensuring the coatings and linings in assets that are critical to operation, are maintained.

Areas such as the steam turbine building, boiler house and other buildings and assets usually operate in atmospheric or ambient conditions. We have been protecting steel from corrosion, abrasion and erosion for over 100 years, so our global core range has a long track record of

service in power plants as well as across a wide range of other industries.

The cornerstones of our anticorrosive systems are zinc rich primers (Interzinc®), high build epoxies (Intergard®) and polyurethane finishes (Interthane®). These are used together to build a three coat system. Compared to the use of epoxy primers or alkyd systems, the application of a high performance zinc based three coat system at new construction, and in line with ISO 12944 dft (dry film thickness) guidelines, can dramatically extend life to first major maintenance. Whether you require protection for your small and large equipment, boilers or structural steel, the International® product range, together with our in-field experience and track record delivers quality coating solutions that last.

Impact, abrasion and immersion

The majority of thermal power plants have environmental and discharge policies in place to ensure that any waste materials produced through power generation are as harmless as possible. One of the major systems in this process is the Flue Gas Desulphurisation (FGD) system. This area requires strong chemical, temperature and abrasion resistant coatings to prevent damage and corrosion of the steel or concrete.

The reduction in gas temperature of the unscrubbed gas results in sulphuric acid condensation in the gas stream, an extremely corrosive environment, and different variations of slurry used in the process can have vastly differing abrasive qualities; ensuring a range of products are required for your FGD.

Our Ceilcote® range of products were first applied in 1972 and some have been specifically designed for FGD units. The range covers all aspects of your FGD system including the gas-to-gas heater, absorbers, inlets, water and other storage tanks, sumps and trenches.

Maintaining water efficiency

The water cycles on a power plant can be the cause of many issues; from biofouling reducing efficiency to the corrosion of steel.

Regular maintenance and repair can be a very costly and time consuming exercise. An unexpected shutdown to remedy steel and coatings issues caused by water can be even more costly.

So, when considering the correct coatings for the water cycle on your power plant it is imperative to get it right first time.

Foul release coatings can help maintain efficiency. Our Intersleek® range is a patented fluoropolymer foul release technology which combines an ultra-smooth surface profile, preventing efficiency loss by surface friction, with exceptional fouling deterrence, meaning costly maintenance of coatings, including scraping of marine fouling is not required.

Pictured: (Left) - Intake gate coated with coal tar epoxy after 13 months immersion. (Right) - Intake gate coated with Intersleek® after 13 months immersion.

Thermal power plants require vast amounts of water, for cooling and for the boiler cycle for conversion to steam.

Problem Asset Examples Solution

Abrasion Inlet Pipes / Trash Gates Interzone®

Biofouling Inlet Pipes Intersleek®

Fresh Water Storage Tanks / Pipework Interline®

Protecting FGD units

Passive fire protectionThe use of passive fire protection can significantly enhance safety on your site by increasing the time available for safe evacuation. It could also help to reduce insurance premiums by protecting your assets from structural failure, enabling you to recommence operations as soon as possible.

AkzoNobel’s long history of fire protection expertise is delivered through our Chartek® and Interchar® ranges. Designed to protect in 30, 60, 120

and 180 minutes fire duration scenarios, these products meet local and global fire protection standards and provide solutions to all your fire protection needs.

Chartek® is renowned globally for providing protection in heavy industry from hydrocarbon and jet fires. In turbine and generator rooms, and any location where highly pressurized oil is used on a power plant, Chartek® fire protection should be considered. Utilizing fire protection can save equipment, time and most importantly lives.

Coatings solutions

Temperature resistance for pipes and vessels

• Long-term track record and extensive experience in the industry across both power and oil, gas and chemical markets

• A complete range of temperature resistant solutions, for cyclic temperatures, for insulated equipment and for both carbon and stainless steel of up to 650ºC (1,202ºF)

• Specialist coatings for use beneath insulation – coatings to give you peace of mind and outstanding performance when exposed to highly aggressive environments encountered beneath insulation

• Interbond® 1202UPC; a specialist coating tailored to new construction and maintenance, which works at temperatures from -196ºC (-321ºF) to 650ºC (1,202ºF), which can drastically reduce coating and specification complexity

• Intertherm® 751CSA, which can be applied to hot substrates up to 120ºC (248ºF) allowing maintenance work to be completed while equipment is in use

Our Intertherm range provides suitable solutions for high temperature, insulated or uninsulated, surfaces found in power generation facilities.

Tanks, pipes and water treatment

Our comprehensive range of linings includes the Ceilcote, Enviroline and Interline brands.

Our Interline® range provides phenolic epoxy and novolac epoxy linings suitable for the storage of water and fuels found on your power plant.

Ceilcote® high-build coatings are designed to deliver outstanding chemical resistance in extremely demanding environments. Ceilcote® 242 and 282 give excellent resistance to a range of organic and inorganic acid solutions and are perfect for use in FGD systems and water treatment areas.

The Ceilcote® 6640AR Ceilcrete system includes a synthetic or fiberglass reinforcing layer for additional chemical resistance and is ideal for scrubbers where alkaline and acid solutions are present.

The Enviroline® range is designed for fast return to service and can reduce downtime by up to 50%. The range is made up of high build, solvent free, fast cure products which give fantastic chemical resistance including against 98% sulphuric acid concentrate.

Coal power station: Minnkota Power

Products used: Ceilcote® 380, Ceilcote® 242 Flakeline, Ceilcote® 140 Flakeline

Gas power station: Escravos

Products used: Interthane® 990, Intergard® 475HS, Intertherm® 50, Intertherm® 228, Interzinc® 52, Interzinc® 22, Intertherm® 875, Intertherm® 751CSA

Coal power station: Laramie

Products used: Ceilcote® 68, Ceilcote® 664, Ceilcote® 380, Ceilcote® 310, Ceilcote® 242 Flakeline

Oil power station: Rabigh 1 and 2

Products used: Ceilcote® 370HT, Ceilcote® 282HB, Intertherm® 50, Interzinc® 22, Intergard® 475HS, Interthane® 990

Coal power station: Mao Khe

Products used: Intergard® 251, Intergard® 475HS, Interthane® 990, Interzinc® 22, Interchar® 973, Intertherm® 875

Coal power station: Mundra UMPP

Products Used: Interzinc® 78, Interthane® 138

Coal power station: Shanghai Caojing

Products used: Interzinc® 388, Interseal® 670HS, Intergard® 475HS, Interzone® 278, Interthane® 990

For more examples of projects utilizing International® products in your region contact your local sales representative

A sample of our experience

KEY

Gas power plants

Coal power plants

Oil power plants

Gas power plantsCountry Project / Asset Year Products used StructureArgentina Repsol YPF Poliductos San Lorenzo 2007 Interseal® 670HS, Interthane® 990 LPG Spheres/Bullets 

Australia Braemar Power Station 2006 Intercure® 200, Interthane® 990 Pipework (External) 

Australia New Water Reservoir Mica Creek Power Station 2008 Interthane® 990, Interzone® 954, Interline® 975, Interline® 982 Tank Externals, Potable Water Tank Linings

Australia Newport Power 2008 Polibrid® 705-E Seawater Filtration Wheel

Brazil Termopernambuco CCGT Plant 2003 Interline® 850, Interline® 982 Demin. Water Tank Linings

Brazil Treated Water Tanks 2004 Interline® 850 Wastewater Tank Linings

Brazil Tubarao CCGT Plant 2006 Intertherm® 228 Stack 

Canada Husky 2004 Intertherm® 228 Pressure Vessel- Exterior

Canada Ontario Power and Gas 2011 Interseal® 670HS winter, Intercure® 200HS, Intergard® 345 External Pipework 

China GE Filter and Transition Flue 2005 Intergard® 475HS, Interzinc® 22 Structural Steel 

China Shanghai Zhabei Gas Turbine 2005 Intergard® 475HS, Interthane® 990, Interzinc® 52 Structural Steel 

Germany Power Plant Hemweg 2010 Intergard® 345, Interzinc® 52, Intercure® 420, Interthane® 990, Interzinc® 52 Structural Steel 

Germany Screw Compressors (Gasco) 2010 Intercure® 420, Interthane® 990, Interzinc® 22, Intertherm® 875, Interzinc® 22, Intertherm® 50

Engine Exhaust 

India Alstom - Air Intake Manifolds 2005 Interzone® 954 Structural Steel 

India Skids 2005 Intergard® 475HS, Interthane® 990, Interzinc® 52 Structural Steel 

India Ras Laffan - Ansaldo/Siemens Power Plant (Qatar) 2005 Interplate® 11, Intergard® 475HS tropical, Interzinc® 22 Ducting 

Malaysia 350 MW Prai Power Plant -Suction Accumulation 2003 Intergard® 251, Intergard® 475HS, Interthane® 990, Intergard® 740 Tank Externals and Tank Linings 

Malaysia HRSG Perlis Power Plant 2003 Intertherm® 875, Interzinc® 22 Stack 

Mexico GE Dehumidifiers 2007 Interzinc® 22 Structural Steel

Mexico Yambu Project 2007 Intertherm® 50, Interzinc® 22 Structural Steel 

Netherlands Corus Gas Holder 2001 Intergard® 269, Interzone® 954 Tank Externals 

New Zealand Otahuhu Power Plant 1999 Intergard® 475HS, Interthane® 990, Interzinc® 52, Intergard® 740, Interseal® 670HS, Intertherm® 50, Interzinc® 22, Intergard® 269

Structural Steel, Pipework

Portugal Ribatejo CCGT Power Station 2004 Intertherm® 50, Interzinc® 22, Intergard® 475HS, Interprime® 160, Interthane® 870, Interzinc® 52, Interline® 925, Interline® 982, Intergard® 269, Interzone® 954

Insulated Piping, Structural Steel, De-ionized Water Tank Linings 

Saudi Arabia Ras Al Khair Power Plant 2012 Interline® 850 Tanks

Saudi Arabia Shuweihot 2 and 3 Power Plant 2009 Interline® 925 Tanks

Saudi Arabia Riyadh 12 CCGT 2013 Interbond® 1202UPC, Interzinc® 22, Interseal® 670HS Ducting, Pipework

South Korea Ansan CCGT Plant 2013 Interzinc® 22, Interseal® 670HS Ducting, Pipework

South Korea Dongducheon CCGT 2013 Interzinc® 22, Intergard® 475HS, Interthane® 990 Structural Steel

Spain Sagunto CCGT (Siemens) 2007 Interseal® 670HS, Interthane® 990, Interzinc® 22 Structural Steel 

Spain Chimenea CCC Iberdrola 2006 Intertherm® 50, Interzinc® 22 Structural Steel 

Spain Cubierta Almacen CCC Enel-Viesgo 2007 Interchar® 404, Interthane® 990 Structural Steel 

Thailand AZ Zour / Daverter 30178 2008 Intergard® 475HS, Interthane® 990, Interzinc® 22 Structural Steel 

Thailand Bang Bo Power Station 2001 Intertherm® 50, Interseal® 670HS, Intergard® 269, Interthane® 990, Interzone® 1000, Interlac® 665, Interprime® 312, Intergard® 251, Intergard® 400, Interthane® 990

Structural Steel, Piping (water pipes), Miscellaneous 

Thailand Devil Creek Project / Apache 2008 Interseal® 670HS, Interthane® 990, Interzinc® 42, Intertherm® 50, Interzinc® 12 Pipework (External), Ducting 

Thailand EGAT South Bangkok 2007 Intergard® 475HS, Interthane® 990, Interzinc® 22 Structural Steel 

Thailand Latan Air and Gas Ducts 2007 Interzinc® 22 Ducting 

Thailand P50034 IHI GP1 Z Phase III Project 2008 Intertherm® 50, Interzinc® 22 OEM Equipment 

Thailand RFOS - EGAT 2003 Intergard® 475HS, Interthane® 990, Interzinc® 22 Tank Externals, Structural Steel

Thailand Songkhla Combine Cycle Power Plant, Chana 2007 Intergard® 475HS, Interthane® 990, Interzinc® 22 Structural Steel, OEM Equipment 

Thailand Sugres 2008 Interzinc® 22 Stack 

Thailand Tri Energy Power Station 1999 Interline® 850, Interline® 925, Interline® 982 Tank Linings

Thailand Wyodak Station Project - Hamon 2009 Intergard® 475HS, Interthane® 990, Interzinc® 22 Heat Exchangers, Structural Steel 

Turkey Baca Tamir Projesi 2003 Intertherm® 891, Interzinc® 12 Stack 

UK Connahs Quay Power Station 1999 Interfine® 629HS, Interzinc® 72 Structural Steel 

UK Fellside CHP Plant 2009 Intertherm® 228 Piping - Insulated 

UK Fellside Power Station 2008 Interfine® 691, Interseal® 670HS Structural Steel 

UK Littlebrook Power Station 2011 Intertherm® 50, Interzinc® 22 Structural Steel 

UK Seabank Power Station 1999 Intergard® 475HS, Interthane® 990, Interzinc® 52 Structural Steel 

UK South Humberside Power Station 1995 Intergard® 475HS, Interzinc® 52 Structural Steel 

UK Insulated Vessels 2007 Interseal® 670HS Process Vessels - Exterior 

USA Georgia Power/ Bowen 2001 Intergard® 345 Structural Steel 

USA MT Bethyl Power 2002 Interzinc® 22HS Structural Steel 

USA Scherer Power Plant - SCR Unit 2003 Interthane® 990, Interzinc® 52, Interzinc® 315 Structural Steel 

USA Selective Catalytic Reduction (SCR) Unit 2001 Intergard® 475HS, Interthane® 990HS, Interzinc® 22 SCR

Coal power plantsCountry Project / Asset Year Products used StructureAustralia Eraring Power Station 2009 Interplus® 356, Interthane® 990, Interzinc® 52 Pipework (External) 

Australia Loy Yang Power Flue Stacks 4-CHF 2008 Intertherm® 228, Interplus® 356 Miscellaneous 

Australia Millmerran Operating Company Ltd. 2009 Interzinc® 215 Conveying Equipment 

Australia Tarong Power Station Cable Fireproofing 2011 Interchar® 677 Fire Protection

Chile Central Bocamina / Ductos Interior y Exterior 2009 Interzone® 485 Buried Steelwork 

Chile Angamos Power Plant 2011 Intergard® 475HS, Interthane® 990, Interzinc® 52 Structural Steel 

Chile Concrete Floor 2008 Intergard® 269, Interzone® 954 Flooring 

Chile Welding Room Floor 2011 Intergard® 269, Interzone® 954 Flooring 

Chile Posco Nueva Ventanas / Echeverria Izquierdo 2010 Interzone® 954 Miscellaneous 

China ShaJiao General Power Station 2003 Ceilcote® 6640AR Ceilcrete, Ceilcote® 140, Ceilcote® 222HT, Ceilcote® 232 Absorber, Inlet Ducts, GGH, Tanks

China Gaojing Power Plant 2005 Ceilcote® 6640AR, Ceilcote® 140, Ceilcote® 222HT, Ceilcote® 387, Ceilcote® 232 Absorbers, Inlet Ducts, Outlet Ducts, GGH

China ChaoZhou Power Plant 2006 Ceilcote® 6640AR, Ceilcote® 140 Absorbers

China Beijing Shijinshan Power Plant 2002 Ceilcote® 232 Flakeline FGD Tanks and Pits

Czech Republic Ledvice II 1995 Ceilcote® 232 Flakeline FGD

Germany RWE Ibbenburen 1985 Ceilcote® 103, Ceilcote® 282 2 Absorbers, Ducts

Germany Badenwerk Karlsruhe 1996 Ceilcote® 232 Flakeline FGD

India Mundra UMPP 2012 Interseal® 670HS, Interthane® 990, Interchar® 963 Boiler and Turbine Structure

India Cuddalore 2012 Interzinc® 42, Intergard® 475HS, Interthane® 990 Structural Steel

India Lara 2012 Interzinc® 22, Intertherm® 50 Pipework

Italy Fiume Santo 1994 Ceilcote® 282 Flakeline FGD

Poland Patnow II 2007 Ceilcote® 232 Flakeline FGD

Poland Skawina 2008 Ceilcote® 232 Flakeline FGD

Slovakia Vojany 1997 Ceilcote® 232 Flakeline FGD

South Korea Tangjin 1998 Ceilcote® 140, Ceilcote® 242MR, Ceilcote® 6640AR FGD Tanks and Pits

Taiwan HsinTa Coal- Fired Power Plant Unit 1 and 2 FGD Project 1990 Ceilcote® 2500AR, Ceilcote® 103, Ceilcote® 2500AR Prescrubbers, Absorbers

Thailand Suncoke / Hamon 2008 Intertherm® 228 Heat Exchangers 

Thailand Krabi Power Plant 2001 Ceilcote® 6640AR, Ceilcote® 140 FGD Tanks and Pits

Turkey Eren Enerji FGD Stack 2014 Ceilcote® 282HB, Ceilcote® 6650, Ceilcote® S-10 AR Stack

UK Coal Conveyor Structure 2009 Interthane® 990, Interzone® 954 Structural Steel 

UK Power Station Pipe Structure and Piping 2008 Intergard® 251, Intergard® 345 Structural Steel 

UK Sluice Gates 2009 Interzone® 954 Gates 

UK Ratcliffe Power Plant 1993 Ceilcote® 2500AR FGD Tanks and Pits

USA Ameren Edwards Station Bridge 2011 Interseal® 670HS winter Structural Steel 

USA Prairie States Energy Campus 2011 Interseal® 670HS, Interthane® 990HS Piping - Water Pipes

USA Powerhouse Structural Steel 2011 Intergard® 475HS tropical, Interthane® 990HS, Interzinc® 22HS Structural Steel 

USA Raw Water Tank 2011 Interzone® 954 Tank Linings - Fire Water 

USA Sandy Creek Project 2009 Interthane® 990UHS, Interzinc® 315 Topsides 

USA Team Project H16 Prairie State Energy Campus 2008 Interzinc® 22HS, Intergard® 475HS, Interthane® 990HS, Interzone® 954, Interlac® 393 Pipework

USA Arizona Public Service, Four Corners, NM 1972 Ceilcote® 103 Flakeline Scrubbers, Ducting, Aux Tanks

USA Tampa Electric Company, Unit 4, Big Bend Station 1983 Ceilcote® 103, Ceilcote® 505AR Ducting, 4 Feed Tanks, 9 Aux. Tanks

USA Minnesota Power and Light, Boswell 4, MN 1979 Ceilcote® 103, Ceilcote® 505AR Scrubbers, Recycle Tanks, Aux. Tanks, Outlet Duct

USA St. Johns River Power Park 1992 Ceilcote® 180, Ceilcote® 6650S Scrubbers

USA Team Project H16 Prairie State Energy Campus 2008 Interzinc® 22HS, Intergard® 475HS, Interthane® 990HS, Interzone® 954, Interlac® 393

Pipework

Vietnam O MON 330MW Thermal Power Plant FGD Project 2008 Ceilcote® 6640AR Ceilcrete | Ceilcote® 140 Steel Absorber ( I unit)

Vietnam Mong Duong 1 2013 Intergard® 251, Intergard® 475HS, Interthane® 990, Interseal® 670HS Boiler House, Preheater

Vietnam Mong Duong 2 2012 Interzinc® 22, Intergard® 475HS, Interthane® 990 Boiler House, ESP

Vietnam Mao Khe 2013 Intergard® 251, Intergard® 475HS, Interzinc® 22, Intertherm® 875, Interchar® 973, Interthane® 990

PFP, Turbine House, Pipework

Zambia SEPCOIII Zambia project 2012 Interzinc® 52, Intergard® 475HS, Interthane® 990 Structural Steel

Oil power plantsCountry Project / Asset Year Products used StructureSaudi Arabia Rabigh 2 2011 Chartek® 1709, Ceilcote® 370HT, Ceilcote® 282HB, Interline® 320SF Turbine and Boiler Structure, FGD, Tanks

Saudi Arabia Yanbu Power Plant 2012 Chartek® 1709, Interline® 399, Interchar® 963 Boiler and Turbine Structure, Tank Linings

UK Condensate Tank Conversion 2011 Intertherm® 228 Tank Externals

UK AAF Americas and Malaysia/China Specifications 2009 Intergard® 251, Intergard® 475HS, Interthane® 990 Structural Steel

A sample of our experience

www.international-pc.com pc.communication@akzonobel.com

All trademarks mentioned in this publication are owned by the AkzoNobel group of companies. © Akzo Nobel 2015.AkzoNobel has used its best endeavors to ensure that the information contained in this publication is correct at the time of printing. Please contact your local representative if you have any questions.Unless otherwise agreed by us in writing, any contract to purchase products referred to in this brochure and any advice which we give in connection with the supply of products are subject to our standard conditions of sale. G

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Located in Vietnam, a consistent and quality coating specification would not have been possible without relationships and communication across the contract chain, from engineers in Korea, to fabricators in China to project owners in Vietnam.

Multinational project track record: Mong Duong 1 and 2

Shanghai, ChinaProject Package Products/Service supplied

Mong Duong 1 Boiler House Intergard® 251 | Intergard® 475HS Interthane® 990

Mong Duong 1 Preheater Interseal® 670HS | Interthane® 990 Intergard® 251 | Intergard® 475HS

Seoul, South KoreaProject Package Products/Service supplied

Mong Duong 2 Boiler House Interzinc® 22 | Intergard® 475HS Interthane® 990

Mong Duong 2 ESP Interzinc® 22

Mong Duong 1 All Coatings and Specification Advice

Mong Duong 2 All Coatings and Specification Advice

Hanoi, VietnamProject Package Products/Service supplied

Mong Duong 2 Boiler House Interzinc® 22 | Intergard® 475HS | Interthane® 990

Mong Duong 2 ESP Interzinc® 22

Mong Duong 1 All Coatings and Specification Advice

Mong Duong 2 All Coatings and Specification Advice