Tanks, Pipes & Utility Assets Coating Solutions
Review exterior and maintenance routes for storage tanks, pipe exteriors, water-treatment assets, power facilities, and industrial utilities.
Applicable Standards
Quick coating direction
Start here before technical qualification
Use these first-pass directions to choose a rough coating family. Final system selection still depends on substrate, surface preparation, exposure, standards, and documents.
Asset family
Tanks, Pipes & Utility Assets
Main risks
Atmospheric corrosion, Water or immersion, Chemical exposure
Commercial priorities
Standard, Extended Service, Maintenance / Surface-Tolerant
Selection entries
Common applications in this asset family
Storage tank exterior in normal atmospheric service
Epoxy zinc-rich primer plus epoxy MIO intermediate plus polyurethane topcoat
Petrochemical outdoor steel, pipe racks, and above-ground ground pipelines without insulation
Epoxy zinc-rich primer plus epoxy MIO intermediate plus polyurethane topcoat
Low-alloy steel in refinery, utility, or chemical-plant exterior service
General epoxy primer plus polyurethane topcoat, upgraded to zinc/epoxy/PU when corrosion class is higher
Above-ground pipe exterior and utility pipe racks
Epoxy primer or zinc-rich primer plus epoxy intermediate plus polyurethane topcoat
General industrial equipment and utility maintenance
Alkyd for light duty; epoxy or epoxy/PU system for tougher industrial exposure
Water-treatment facility exteriors and above-water steel or concrete
Epoxy sealer or primer plus epoxy MIO/intermediate plus polyurethane or suitable finish
Power plant steel, boiler house steel, coal sheds, and conveyor structures
Epoxy zinc-rich primer plus epoxy MIO/high-build intermediate plus polyurethane topcoat
Cooling tower or chimney exterior with concrete or steel protective coating needs
Epoxy sealer or epoxy MIO system plus polyurethane, polysiloxane, or suitable weathering topcoat after substrate review
Wind turbine tower interior or exterior in onshore service
High-build epoxy or epoxy zinc-rich primer plus epoxy intermediate plus polyurethane topcoat; waterborne route where specified
Offshore wind tower, jacket, monopile, splash zone, or seawater immersion area
Epoxy zinc-rich primer, high-build epoxy, epoxy glass flake, and polyurethane topcoat depending on zone
Galvanized steel or stainless components in power and utility facilities
Compatible epoxy tie coat or primer plus epoxy intermediate and polyurethane finish
Buried pipe exterior, alternating wet/dry areas, or splash-prone utility steel
Epoxy glass flake or high-build epoxy route after exposure review
Tank lining, oil/water zone, sewage tank interior, or conductive tank lining
Phenolic epoxy, modified epoxy, conductive epoxy, or solvent-free epoxy after technical review
Crude-oil tank bottom plate exterior or weldable edge-primer area
Epoxy bituminous or weldable inorganic zinc route after construction and welding sequence review
Spherical tank interior, oil tank roof underside, or floating cabin internal surface
Inorganic zinc, conductive epoxy, waterborne epoxy, or oil-resistant epoxy after medium and standard review
Insulated vessels or pipes, CUI risk, and high-temperature utility surfaces
Phenolic epoxy or silicone high-temperature coating depending on temperature and insulation
Technical qualification details
Who this is for
- Tank exteriors
- Pipe exteriors
- Water-treatment facilities
- Power plant assets
- Industrial equipment maintenance
Assets and substrates
- Tank exteriors
- Pipe exteriors
- Water-treatment facilities
- Power plant assets
- Industrial equipment maintenance
- Substrate: Carbon steel
- Substrate: Concrete
- Substrate: Old coating after compatibility review
Common failure risks
- Atmospheric corrosion
- Water or immersion
- Chemical exposure
Selection questions
- What asset is being protected, and is it new build, factory finish, or maintenance?
- Which exposure risks matter most: corrosion, UV, water, chemicals, abrasion, heat, fire, hygiene, VOC, or throughput?
- What result should be optimized: lowest initial cost, balanced protection, longer maintenance interval, production speed, lower VOC, appearance, or surface-tolerant maintenance?
- Which cooperation route fits the buyer: product supply, system package, OEM, distributor, project support, or local supply-chain collaboration?
Surface preparation
- Confirm substrate condition, oil, salts, dust, rust, laitance, old coating, and surface profile
- Match preparation grade to the selected system and expected durability
- Run adhesion or compatibility checks when old coating remains
Application conditions
- Confirm substrate temperature, ambient temperature, humidity, dew point margin, ventilation, and drying window
- Review film thickness, recoating interval, pot life, and handling time from current TDS
Available colors and packaging
- Standard colors and practical finish targets can be reviewed before quotation
- Special colors, gloss, texture, and private-label packaging need sample or batch confirmation
Documentation available
- Current TDS
- SDS request
- Packaging and shelf-life check
- Export document review
- Basic application notes
Essential / Standard / Extended systems
Essential
Lowest practical initial cost where exposure and durability requirements are moderate.
- Confirm substrate and preparation level
- Use a simple primer and finish route suitable for the service class
Final product selection depends on current TDS and project constraints.
Standard
Balanced protection, application practicality, and document support for normal commercial procurement.
- Confirm primer and topcoat compatibility
- Use a system schedule matched to exposure and handling needs
Recommended as the default review route for most inquiries.
Extended Service
Longer maintenance interval, stronger weathering resistance, or more aggressive exposure.
- Increase barrier build where justified
- Use higher durability finish options when UV or color retention matters
Requires stronger review of surface preparation, inspection, and film build.
Maintenance / Surface-Tolerant
Maintenance work where full blasting is limited and old coating may remain.
- Identify old coating and remaining corrosion
- Use compatible maintenance primers only after review
Loose rust, oil, salts, powdery coating, and weak old film still need removal.
Supply and partnership routes
Route B: System Package Supply
Primer-intermediate-topcoat sets, floor systems, corrosion systems, quantity estimation, and system sequence requests.
System schedule · Product matching · Theoretical consumption · Application sequence · Basic quality-control checklist
Route E: Project & Tender Support
EPCs, general contractors, asset owners, designers, specification teams, and major maintenance projects.
Specification review · System recommendation · Document package · Samples · Project quotation · Local installation and site service by qualified partners
Route A: Standard Product Supply
Known specifications, standard colors, standard packaging, distributor replenishment, and one-time purchase requests.
Product supply · Current TDS/SDS request support · Packaging and export document checks · Basic application notes
What Qilu can provide
- Supply confirmed Qilu product options after review
- Provide current TDS/SDS and export document support when available
- Prepare starter system schedules and theoretical consumption references
- Coordinate samples, color discussion, packaging checks, and quotation follow-up
What Qilu cannot provide
- Replace local engineering, applicator, or regulatory responsibility
- Guarantee performance without confirmed surface preparation, exposure, application, and inspection controls
- Confirm high-liability service without technical review and current documentation
- Automatically recommend tank lining, potable-water, immersion, fire-rating, ESD, hygiene, or chemical-resistance systems without qualification
Need a Customized Anti-Corrosion Solution?
Our technical team can design the optimal anti-corrosion coating system based on your specific environment and usage conditions.
Contact Technical Team