Energy: nuclear power generation...6 Energy: EDF coatings solutions for the nuclear power industry...

Energy: nuclear power generationEDF coatings solutions for the nuclear power industry

Protective & Marine Coatings

2 Energy: EDF coatings solutions for the nuclear power industry

Nuclear power plants

Sherwin-Williams is a leader in corrosive protection coatings for the nuclear industry and committed to providing tailor-made specifications to fulfil your project requirements. With our global supply chain, skilled technical service network and experience in the nuclear sector, we ensure that your asset will remain protected.

Our global footprint, with local expertise, allows us to supply specifi c

protective coatings to new generation nuclear installations anywhere

in the world, helping you to protect your investment from the world’s

harshest environments.

By their nature, nuclear power plants require the highest standards

of technical performance and safety throughout the supply chain and

we offer the very highest level of technical expertise combined with

experience in this challenging industry.

3Energy: EDF coatings solutions for the nuclear power industry

We provide an unparalleled service to the French nuclear power market. Working with our partner Maestria, we are a recognized leader in our selected market segments including anti corrosive coatings for nuclear power plants and we continually improve our product off ering to meet the ever-changing needs of our customers.

We are technology leaders in the following categories:

• high performance protective coatings

• anti-corrosive coatings for nuclear power plants

• tank linings

• high temperature and under insulation coatings

• passive fire and cryogenic spill protection (FIRETEX® range)

• pipeline coatings

• high performance fl ooring coatings.

Maestria systems are qualifi ed to meet the requirements for each

zone of a nuclear power plant, including the second and third

generation of EPR design. Maestria offers coating systems that

are qualifi ed for all zones, including the reactor containment area.

Maestria partnership


These specifi cations do not include a level 3 specifi cation.

Testing is based on ASTM/ANSI standards.

The protective coatings are supplied by Sherwin-Williams, these coatings play an integral

part in the functionality and operational reliability of nuclear power plants. We create

products to meet the highest standards in the nuclear industry:

• EDF/AREVA/SGN-COGEMA/CEA/ICORR approvals

• non-toxic products/free from harmful substances

• conformity with directives 1999/13/CE SED and 2004/42/CE COV

• IS0 9001 certifi ed.

Relevant testing and approvals

ASTM/ANSI specifi cations


For over 150 years, Sherwin-Williams has been committed

to developing and delivering innovative protective and marine

coating solutions, unparalleled service and expert specification

support to its customers. Continuous research and development

has led to developing a range of high performance paints

delivering a number of key benefi ts:

• high resistant to abrasion and corrosion

• high solids, quick-drying coatings

• ease of applications.

Global reach with local expertise

Our global footprint allows us to supply diverse ranges of

protective coatings to all types of power applications anywhere

in the world, helping you to protect your investment from the

world’s harshest environments.

For over 150 years, Sherwin-Williams has been committed

to developing and delivering innovative protective and marine

coating solutions, unparalleled service and expert specification

support to its customers.

With 12 factories, nine research and development departments

in Europe and operations in over 120 countries globally. Our

comprehensive product offering, unique product knowledge and

extensive range of approvals enable us to provide you with the

complete, durable coatings solutions for all types of applications

and industries to meet your needs.

Technical Support

We aim to provide the highest levels of service in selecting,

specifying and applying nuclear power plants. Please do

hesitate to contact your local representative to discuss any

individual needs for your project. We will support contractors

and clients on a regular basis from specifi cation right through to

implementation.

All our technicians have been certifi ed by recognized bodies

(FROSIO/ICORR/NACE/DATR) and can take action on site

as required.

Expertise and Innovation


EDF specifi cation

Under the EDF specifi cation, all systems (level 1.2 and 3) need to undergo performance testing to prove specifi ed fi tness for purpose as well as fi re testing (fl ame spread, smoke formation).

Level 1and 2 systems need to pass decontamination testing. For level 1 additional testing is required:

cycle testing with radiation and heat exposure as design basis accident (DBA) tests.

EDF coding system

PERFORMANCE LEVEL

PIC PED

PID PEC

PIB PEB

PIA PEA

HIGH

INTERIOR EXTERIOR

HIGH

LOW LOW

Coating function Indoor coatings Outdoor coatings

PIA PIB PIC PID PIE PIF PIG PEA PEB PEC PED

EIA EIB - EID EIE EIF EIG EEA EEB EEC -

Iron bearing metal substrates

Anti-corrosion for cold surface: t<60°C

• product delivered uncoated

• automatically manufactured product shot-blasted and painted**

• deckings

Anti-corrosion for hot surface: 60°C < T < 120°C

Anti-corrosion for very hot surface: t< 120°C

Fire protection*

Anti-condensationon

For special protection (1)

100 100 100 100 100 100 100 200 200 200 200

101 101 101 101 101 101 101 201 201 201 201

103 103 103 103 103 103 103 203 203 203 203

104 104 104 104 104 104 104 204 204 204 204

105 105 105 105 105 105 105 2005 205 205 205

106 106 - 106 106 - - 206 206 206 206

107 107 - - 107 - - - - - -

- 108 - 108 108 - - 208 208 208 208

Iron-bearing or non iron-bearing metal

substrates that have undergone a treatment

Protection for cold surface t< 60°C

• electrogalvanized

• galvanized

• zinc metallized

• zinc- aluminum metallized

• copper

Protection for hot surface: 60°C < T < 120°C

• galvanized

• zinc metallized

• zinc-aluminum metallized

• copper

Fire protection*

Anti-condensation

For unlisted surfaces (2)

119 119 119 119 119 119 119 219 219 219 219

120 120 120 120 120 120 120 220 220 220 220

121 121 121 121 121 121 121 221 221 221 221

122 122 - 122 122 122 122 222 222 222 222

123 123 - 123 123 123 123 223 223 223 223

124 124 124 124 124 124 124 224 224 224 224

125 125 125 125 125 125 125 225 225 225 225

126 126 - 126 126 126 126 226 226 226 226

127 127 - 127 127 127 127 227 227 227 227

128 128 - 128 128 - - 228 228 228 228

129 129 - - 129 - - - - - -

130 130 130 130 130 130 130 230 230 230 230

* Except for series E (maintenance) systematic returning to fi rst application.

** The primer can be preserved if it is an integral part of the system to be implemented and if the conditions of application

have been respected.

(1) Protection not specifi ed elsewhere. The qualifi cation of the required protection and the defi nition of the necessary

qualifying tests are added to the system coding.

(2) The designation of the surface type and the functions required of the coating and the defi nition of the necessary

qualifying tests are added to the system coding.

AREA

A/B/C/D/X

(NUCLEAR ISLAND STORAGE)

SUBSTRATE

I = INTERIOR

E = EXTERIOR

L = LIQUID (IMMERSION)

P= NEW

E = MAINTENANCE

P I C

SERIES

GROUP


Our comprehensive systems cover protection for scenarios:

• reactor PIC systems

• nuclear fuel storage PID systems

• out door PED systems

• turbine hall PIA/PIB systems.

System guidance


Indoor systems for metallic substrates

FNP Paint system Thickness System code according

CCTR n°91.C.031.07

September 2016

Substrate description

370 Monocouche 4415

Monocouche 4415 Ferrosoter PC

40 μm

40 μm

40 μm

PIA 100 101

EIA 100

Ferrous metallic substrate

- Anticorrosion for cold surface:

T ≤ 60 °C

• Product delivered “raw” (100)

• Shot blasted and painted products fabricated automatically (101)

380 Epodux Primer 61-134 v01

Epodux Primer 61-134 v01

Polystria v01

40 μm

40 μm

40 μm

PIA 100 101 103 104

119 120 121 122 123

124 125 126 127

PIB 100 101 103 104

119 120 121 122 123

124 125 126 127

PID 100 101 103 104

119 120 121 122 123

124 125 126 127

EIA 100 103 104 119

125 126 127

Ferrous metallic substrates


T ≤ 60 °C



• Sheet metal (103)

Anticorrosion for hot surface :

60 °C ≤ T ≤ 120 °C (104)

Treated non-ferrous or ferrous metallic substrates

Protection for cold surface: T ≤ 60 °C:

• Zinc plated (119)

• Galvanized (120)

• Metallised with zinc (121)

• Metallised with zinc-aluminium (122)

• Copper (123)

- Protection for hot surface : 60 °C < T ≤ 120 °C :




• Copper (127)

381 Epodux Primer 61-134 v01 Epodux

Primer 61-134 v01 Ferrosoter PC

40 μm

40 μm

40 μm

PIA 100 101 120 121

122

EIA 100 120 121 122



T ≤ 60 °C



Treated non-ferrous or ferrous metallic substrates

- Protection for cold surface: T ≤ 60 °C:




395 Epodux Primer 61-134 v01 Epodux

Primer 61-134 v01 Epodux “O”

82-34

50 μm

50 μm

40 μm

PIA PIB PID 100 EIA EIB EID

100

Ferrous metallic substrate

- Anticorrosion for cold surface: T ≤ 60 °C


1038 Epodux 292

Epodux 292

Epodux 294

45 μm

45 μm

50 μm

PIA 100 101 103 104

PIB 100 101 103 104

PID 100 101 103 104

EIA 100 103 104

EIB 100 103 104

EID 100 103 104

PIC 100 REP



T ≤ 60 °C




- Anticorrosion for hot surface: 60°C <T ≤ 120°C (104)

Systems


Outdoor systems for metallic substrates


CCTR n°91.C.031.07

September 2016


1022 Ferrocote Ferrocote Polystria v01 80 μm

80 μm

40 μm

PEA 200 201 203 204

PEB 200 201 203 204

EEA 200 201 203 204

EEB 200 201 203 204



T ≤ 60 °C




- Anticorrosion for hot surface : 60°C < T ≤ 120 °C (204)


120 μm

40 μm

PEA PEB PEC 200 201 203

204

EEA EEB EEC 200 203 204



T ≤ 60 °C





1063 Epodux Zinc 62-208

Epodux Primer 61-134 v01

Polystria v01

50 μm

50 μm

50 μm

PEA PEB PEC 220 224

EEA EEB EEC 220 224

Treated non ferrous or ferrous metallic substrates



- Protection for hot surface : 60°C < T ≤ 120 °C

• Galvanised (224)

1064 Primodux H Primodux H Polystria v01 90 μm

90 μm

50 μm

PEA PEB PEC 200 201 203

204



T ≤ 60 °C





1065 Epodux IM 209 Polystria v01 150 μm

50 μm

PED 220 224

PID 100 PEC 200



T ≤ 60 °C

• Product delivered “raw” (100 et 200)






1068 Primodux H Primodux H Polystria v01 150 μm

150 μm

50 μm

PEA PEB PEC 200 203 204

EEA EEB EEC 200 203 204

PED 203 204

PED 200






Systems


Systems for concrete fl oors


CCTR n°91.C.031.07

September 2016


360A Epodux Enduit “O” 82-32 Epodux

“O” 82-34

Epodux “O” 82-34

752 g/m²

60 μm

60 μm

PIA PID 155

EIA EID 155

Cement-based substrate

- for fl oors

• Low traffi c coating (thin) (155)

360B Epodux Enduit “O” 82-32 Airless

Epodux Enduit “O” 82-32 Airless



415 g/m²

415 g/m²

60 μm

60 μm

PIA PID 155

EIA EID 155


- for fl oors


360C Epodux Enduit “O” 82-32 Epodux

Enduit “O” 82-32 Epodux “O” 82-34


376 g/m²

376 g/m²

60 μm

60 μm

PIA PID 155

EIA EID 155


- for fl oors


376 Epodux “O” 82-34


40 μm

40 μm

PIA PIB PID 154 PIA PIB 151

152 155

PID 152

EIA EIB 151 152 155

EID 152


- for walls and ceilings

• Smooth fi nish (151)

• Textured fi nish (dust protection) (152)

- for fl oors

• Simply dust resistant (154)


1082 Striaform (optionnel) Résine

Multicouche v01 Striasol 500

SP v02

0 à 5000 μm

360 μm

500 μm


156


- for fl oors

• Medium traffi c coating (156).


Multicouche v01 Striasol 2000

NF0

0 à 5000 μm

360 μm

3215 μm


157


- for fl oors

• Heavy traffi c coating (157).


Multicouche v01

Striasol 1500

0 à 5000 μm

350 mm

1200 μm


156


- for fl oors

• Medium traffi c coating (156).

Systems for concrete walls and ceilings


CCTR n°91.C.031.07

September 2016


376 Epodux “O” 82-34


40 μm

40 μm

PIA PIB PID 154 PIA PIB 151

152 155

PID 152

EIA EIB 151 152 155

EID 152


- for walls and ceiling


• Textured fi nish (dust protection) (152)

- for fl oors

• Simply dust resistant (154)


384 Epodux Enduit “O” 82-32 Airless ou

Epodux Enduit “O” 82-32 Epodux

“O” 82-34


600 g/m²

40 μm

40 μm


151


- for walls and ceiling


Systems


Systems for metallic substrates in contact with the ground or a liquid


CCTR n°91.C.031.07

September 2016


1086 Epodux 292

Epodur NV 75-25

50 μm

600 μm

PLB PLF PLG PLH 300 301

303 304

PLA PLD 300 301 304

PLE 300 301 303

ELB ELF ELG ELH 300 301

303 304

ELA ELD 300 301 304

ELE 300 301 30


- Anticorrosion for cold surface: T ≤ 50 ° C

• Product delivered “raw”(300)

• Shot blasted and painted products fabricated automatically ((PGP) 301)


- Anticorrosion for hot surface: 50°C <T ≤ 80°C (304)

PLA ELA: Ground (buried surface) PLB ELB: Water

PLD ELD: Demineralized water PLE ELE: Seawater

PLF ELF: Hydrocarbons - oils PLG ELG: Acids

PLH ELH: Bases

1094 Epodux IM 209

Epodux IM 209

Epodux IM 209

50 μm

250 μm

250 μm

PLA PLD ELA ELD 300 301

PLB PLE ELB ELE 300 301

303

PLB PLE ELB ELE 302 (except

heat exchanger and

condenser)

PLF ELF 300 301 303





• High-speed liquid material in suspension (302)




PLF ELF: Hydrocarbons - oils

1095 Epodux IM 209

Epodux IM 209

50 μm

500 μm

PLA PLD ELA ELD 300 301

PLB PLE ELB ELE 300 301

303

PLB PLE ELB ELE 302 (except

heat exchanger and

condenser)

PLF ELF 300 301 303





• High-speed liquid material in suspension (302)




PLF ELF: Hydrocarbons - oils

Systems

Systems for casings concrete


CCTR n°91.C.031.07

September 2016


1073 Biotank Bio tank 773 g/m²

500 μm

PLC 350 Cement-based substrate

- Typical protection: permanent contact (350)

PLC: Drinking water

1087 Résine Multicouche v01 Striaform

(réparation) Epodur NV 75-25

400 μm repair

600 μm

PLA PLD 350

PLB PLE PLF 349 350

PLG PLH 349

ELA ELD 350

ELB ELE ELF 349 350

ELG ELH 349


Typical protection (not watertight) : tempory contact (349)

Typical protection (not watertight) : permanent contact (350)



PLF ELF: Hydrocarbons - oils PLG ELG: Acids

PLH ELH: Bases


Systems for hydraulic


CCTR n°91.C.031.07

September 2016


1012 Hydrofl ash v01

Hydrofl ash v01

225 μm

225 μm

PED 200

Hydraulic (C5-I)





195 μm

60 μm

PED 200 204

Hydraulic (C5-I)




- Anticorrosion for hot surface: 60°C < t ≤ 120°C (204)

1036 Epodux IM 209

Epodux IM 209

100 μm

350 μm

PED 200 204

Hydraulic (C5-I) (en milieu

abrité)





1050 Epodux IM 209

Epodux IM 209 Polystria v01

195 μm

195 μm

60 μm

PED 200 204

Hydraulic (C5-I) (en milieu

aérien)





1054 Primodux H Epodux IM 209

Epodux IM 209

50 μm

250 μm

250 μm

HCC HCG HCB HAC HAG HAB

HNC HNG HMC HMG HMB 600

Ferrous metallic substrates T ≤ 60°C

• Product delivered “raw” with preparation Sa 2½ (600)

1065 Epodux IM 209 Polystria v01 150 μm

50 μm

PED 220 224

PID 100 PEC 200



T ≤ 60 °C

• Product delivered “raw” (100 et 200)






1066 Epodux IM 209

Epodux IM 209

Epodux IM 209

50 μm

250 μm

250 μm


HNC HNG

HMC HMG HMB 600 621

Ferrous metallic substrates (T ≤ 60°C)

• Product delivered “raw” with preparation Sa 2 ½ (600)

Treated non ferrous or ferrous metallic substrates (T≤60°C)

• Metallised with zinc or zinc aluminum (621)

1067 Epodux IM 209

Epodux IM 209

50 μm

500 μm


HNC HNG

HMC HMG HMB 600 621

Ferrous metallic substrates (T ≤ 60°C)

Product delivered “raw” with preparation Sa 2 ½ (600)

• Treated non ferrous or ferrous metallic substrates (T≤60°C)

• Metallised with zinc or zinc tailor-made (621)

1072 Epodux IM 209

Epodux IM 209 Polystria v01

50 μm

350 μm

50 μm

PED 221 222 Treated non ferrous or ferrous metallic substrates

- Protection for cold surface: T ≤ 60 °C



Systems


Nuclear references

Nuclear power station FNP Application substrate Location of work

Gravelines, France 360 Concrete fl oor Engine room/various room

376 Engine room

1040 Electric locks

398 Controlled area/command room

1040 Controlled area

376 Concrete wall engine room

384 Controlled area

370 Metallic inside Metalic bodyguard/engine

380 Piping in a controlled area

381 Fireplace

1038 Engine in a controlled area

1062 Metallic outside Exterior carpentry

1063 Pumping station


1013 Portal building reactor

1036 Exterior carpentry

1050 Pumping station/tertiary circuit


Bugey, France 360 Concrete fl oor Engine room/various room

376 Engine room/concrete base

1040 Used nuclear area

398 Fuel area

1040 Controlled area

376 Concrete wall Engine room/fuel area

384 Controlled area



381 Frame and engine

1038 Waste treatment plant





1036 Exterior carpentry




Nuclear references


Blayais, France 360 Concrete fl oor Machine room access stairs

376 Concrete base

1040 General store

398 Controlled area

1040 Steam generator building


384 Controlled area/demined rooms






1063 Outdoor crane



1036 Exterior carpentry/local chemistry



Cruas, France 360 Concrete fl oor Machine room

376 Concrete base/traffi c way

1040 Nuclear auxiliary building

398 Controlled area



384 Controlled area

370 Metallic inside Chemistry tanker outdoor





1063 Chemistry tanker outdoor







Tricastin, France 360 Concrete fl oor Traffi c way/corridor

376 concrete base/engine room

1040 General store

398 Controlled area


376 Concrete wall engine room/fuel area

384 demined rooms


380 Piping in controlled area/decking




1063 Outdoor crane






Nuclear references


Golfech, France 360 Concrete fl oor Machine room access stairs

376 concrete base

1040 General store

398 Controlled area/command room









1063 Outdoor crane







Nuclear references


Dampierre, France 360 Concrete fl oor Machine room access stairs

376 concrete base

1040 Steam generator building

398 Controlled area







1038 Casement VVP


1063 Outdoor crane






Chinon, France 360 Concrete fl oor Floor demarcation

376 Concrete base

1040 General store

398 Controlled area


376 Concrete wall Engine room



380 Decking


1038 Workshop


1063 Metal fl oor





1054 Cooling system


Sherwin-WilliamsYour asset protection partner

TM = is a registered trademark in one or more countries.

To learn more, contact us

Europe & Africa: +44 (0)1204 556420 [email protected]

Middle East & India: +971 4 8840200 [email protected]

North America: +1 800 524 5979

Asia: +8 621 5158 7798

www.protectiveemea.sherwin-williams.com

©2019 The Sherwin-Williams CompanyProtective & Marine Coatings 9/19 EMEA0212/V01

A complete line of products. Market expertise. On time distribution. What else would you expect from a world leader in protective coatings, linings, and fi re protection?

It starts with a complete line of time tested, high performance products and some of the

most innovative and greenest technologies in the coatings industry. We know that it takes

more than product alone to be a world leader in protective coatings and linings, and so do

the customers that rely on us every day as we help them protect their business.

That’s where over 150 years of coatings industry experience comes in. Add to that a

FROSIO/ICORR/NACE/DATR trained workforce with vast experience in corrosion control and

the market specifi c knowledge that our experts provide to evaluate, recommend and deliver

the highest performance coatings and linings that protect our customers’ assets.

Leave nothing to chance. Your single source of supply. Sherwin-Williams.

Energy: nuclear power generation...6 Energy: EDF coatings solutions for the nuclear power industry...

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Transcript of Energy: nuclear power generation...6 Energy: EDF coatings solutions for the nuclear power industry...