High-Temperature/High-Pressure Coating Systems
SECOND COAT Epoxy - Phenolic
5.0 - 6.0 mils DFT
Carboline Phenoline 1205 255 180°F
Hempel Coatings (USA), Inc. Hempadur 1550 320 180°F
Sigma Coatings PhenGuard 940 315 210°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
TEMPERATURE GRADIENT refers to the difference between the stock temperature and the outside temperature of the steel shell. Example: an insulated tank would have 0°F temperature gradient. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
Sigma recommends that for temperatures above 140F, the Phenguard system is applied in three 4 mil coats (using Phenguard 7435 as the intermediate coat) rather than two 6mil coats.
QRG - 75
Volatile Organic Compound (VOC) limit may vary by location. Check local standards for current VOC limits.
Consult manufacturer's product data sheets for specific details about applying any coating.
September 2006 Last Update: 6/23/2006
11.2.1
Demineralized Water or Condensate Coatings Resistant to Temperature Gradients of 50°F & Incompatible with Cathodic Protection
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 930 315 210°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 940 315 210°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
TEMPERATURE GRADIENT refers to the difference between the stock temperature and the outside temperature of the steel shell. Example: an insulated tank would have 0°F temperature gradient. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
The Sigma system (also listed in 11.2) will function with or without cathodic protection.
Salt Water & Brine Service Coatings Resistant to Temperature Gradients of 50°F &
11.4
Compatible with Cathodic Protection
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Carboline Phenoline 1205 255 180°F
Hempel Coatings (USA), Inc. Hempadur 1550 320 180°F
Sigma Coatings PhenGuard 930 315 210°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Carboline Phenoline 1205 255 180°F
Hempel Coatings (USA), Inc. Hempadur 1550 320 180°F
Sigma Coatings PhenGuard 940 315 210°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
TEMPERATURE GRADIENT refers to the difference between the stock temperature and the outside temperature of the steel shell. Example: an insulated tank would have 0°F temperature gradient. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
Sigma recommends that for temperatures above 140F, the Phenguard system is applied in three 4 mil coats (using Phenguard 7435 as the intermediate coat) rather than two 6mil coats.
QRG - 77
Volatile Organic Compound (VOC) limit may vary by location. Check local standards for current VOC limits.
Consult manufacturer's product data sheets for specific details about applying any coating.
September 2006 Last Update: 6/23/2006
11.4.1
Salt Water & Brine Service Coatings Resistant to Temperature Gradients of 50°F &
Incompatible with Cathodic Protection
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 930 315 210°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 940 315 210°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
TEMPERATURE GRADIENT refers to the difference between the stock temperature and the outside temperature of the steel shell. Example: an insulated tank would have 0°F temperature gradient. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
The Sigma system (also listed in 11.4) will function with or without cathodic protection.
11.4.2
Salt Water & Brine High Temperature/High Pressure Service* Coatings Resistant to Temperatures to 180°F, Pressures of 1000 PSI & Incompatible with Cathodic Protection
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 930 315 210°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 940 315 210°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
* As in high-pressure separators. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
The Sigma system (also listed in 11.4) will function with or without cathodic protection.
Sigma recommends that for temperatures above 140F, the Phenguard system is applied in three 4 mil coats (using Phenguard 7435 as the intermediate coat) rather than two 6mil coats.
QRG - 79
Volatile Organic Compound (VOC) limit may vary by location. Check local standards for current VOC limits.
Consult manufacturer's product data sheets for specific details about applying any coating.
September 2006 Last Update: 6/23/2006
Produced Water Service Coatings Resistant to Temperature Gradients of 50°F &
11.5
Compatible with Cathodic Protection
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Carboline Phenoline 1205 255 180°F
Hempel Coatings (USA), Inc. Hempadur 1550 320 180°F
Sigma Coatings PhenGuard 930 315 210°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Carboline Phenoline 1205 255 180°F
Hempel Coatings (USA), Inc. Hempadur 1550 320 180°F
Sigma Coatings PhenGuard 940 315 210°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
TEMPERATURE GRADIENT refers to the difference between the stock temperature and the outside temperature of the steel shell. Example: an insulated tank would have 0°F temperature gradient. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
Sigma recommends that for temperatures above 140F, the Phenguard system is applied in three 4 mil coats (using Phenguard 7435 as the intermediate coat) rather than two 6mil coats.
11.5.1
Produced Water Service Coatings Resistant to Temperature Gradients of 50°F &
Incompatible with Cathodic Protection
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 930 315 210°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 940 315 210°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
TEMPERATURE GRADIENT refers to the difference between the stock temperature and the outside temperature of the steel shell. Example: an insulated tank would have 0°F temperature gradient. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
The Sigma system (also listed in 11.5) will function with or without cathodic protection.
QRG - 81
Volatile Organic Compound (VOC) limit may vary by location. Check local standards for current VOC limits.
Consult manufacturer's product data sheets for specific details about applying any coating.
September 2006 Last Update: 6/23/2006
11.5.2
Produced Water High Temperature/High Pressure Service Coatings* Resistant to Temperatures to 180°F, Pressures of 1000 PSI & Incompatible with Cathodic Protection
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max Svc Temp VOC (G/L)
Product Designation Manufacturer
Anchor Pattern:
Surface Prep:
Total DFT:
Touch Up:
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 930 315 210°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 940 315 210°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
* As in high-pressure separators. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
The Sigma system (also listed in 11.5) will function with or without cathodic protection.
Crude Oil Service (Sweet or Sour) Coatings Resistant to Temperature Gradients of
11.6
50°F & Compatible with Cathodic Protection
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Carboline Phenoline 1205 255 180°F
Hempel Coatings (USA), Inc. Hempadur 1550 320 180°F
Sigma Coatings PhenGuard 930 315 210°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Carboline Phenoline 1205 255 180°F
Hempel Coatings (USA), Inc. Hempadur 1550 320 180°F
Sigma Coatings PhenGuard 940 315 210°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
TEMPERATURE GRADIENT refers to the difference between the stock temperature and the outside temperature of the steel shell. Example: an insulated tank would have 0°F temperature gradient. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
Sigma recommends that for temperatures above 140F, the Phenguard system is applied in three 4 mil coats (using Phenguard 7435 as the intermediate coat) rather than two 6mil coats.
QRG - 83
Volatile Organic Compound (VOC) limit may vary by location. Check local standards for current VOC limits.
Consult manufacturer's product data sheets for specific details about applying any coating.
September 2006 Last Update: 6/23/2006
11.6.1
Crude Oil Service (Sweet or Sour) Coatings Resistant to Temperature Gradients of 50°F & Incompatible with Cathodic Protection
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 930 315 190°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 940 315 190°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
TEMPERATURE GRADIENT refers to the difference between the stock temperature and the outside temperature of the steel shell. Example: an insulated tank would have 0°F temperature gradient. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
The Sigma system (also listed in 11.6) will function with or without cathodic protection.
Sigma recommends that for temperatures above 140F, the Phenguard system is applied in three 4 mil coats (using Phenguard 7435 as the intermediate coat) rather than two 6mil coats.
11.6.2
Crude Oil (Sweet or Sour) High Temperature/High Pressure Service Coatings*
Resistant to Temperatures to 180°F, Pressures of 1000 PSI & Incompatible with
2.0 - 3.0 mils
SSPC-SP5 (NACE No. 1) White metal surface.
10.0 mils (min) (see manufacturer's data sheets for min/max thickness per coat)
Use the same manufacturer's paint.
Coat, Generic Classification, DFT
By Max
High-Temperature/High-Pressure Coating Systems
These coatings are normally self-priming; but if a primer is required, use the chosen manufacturer's recommendation.
PRIMER
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 930 315 190°F
FIRST COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
Ameron Amercoat 91 410 200°F
Carboline Phenoline 368 WG 291 180°F
Sigma Coatings PhenGuard 940 315 190°F
SECOND COAT Epoxy - Phenolic 5.0 - 6.0 mils DFT
* As in high-pressure separators. This list is limited to full-service national manufacturers. Local conditions may warrant adding local suppliers.
The Sigma system (also listed in 11.6) will function with or without cathodic protection.
Sigma recommends that for temperatures above 140F, the Phenguard system is applied in three 4 mil coats (using Phenguard 7435 as the intermediate coat) rather than two 6mil coats.
QRG - 85
Volatile Organic Compound (VOC) limit may vary by location. Check local standards for current VOC limits.
Consult manufacturer's product data sheets for specific details about applying any coating.
September 2006 Last Update: 6/23/2006
Under Insulation - Non-Reinforced Thin Film Epoxy Coatings for Continuous or Cyclic
12.1
Carbon Steel Temperatures -50°F to 450°F
2.0 - 3.0 mils
SSPC-SP10 (NACE No. 2) Near-white blast finish.
10.0 mils (min)
Use material from manufacturer.
Coat, Generic Classification, DFT
By Max