Global Energy Smart Coatings Markets

In this report n-tech Research provides a market forecast, analysis and outlook for Smart Coatings use in the energy sector, a market that we expect to grow to nearly $4.5 billion in 2030.

SAMPLE VIEW

This item is drawn from the n-tech Research Global Smart Coatings Research Program. Within this service n-tech provides market sizing and forecasts of the opportunities for companies operating within the supply chain. The market projections rely upon installed base, shipments, pricing trends and applications within the various vertical markets where these coatings and solutions are deployed.

Within the report, n-tech sizes and forecasts the use of smart coatings in energy and provides analysis of the drivers for them from both the coatings and energy sector perspectives. We examine use cases for the coatings currently, how they are supporting key initiatives such as sustainability, environmental, efficiency, regulatory, improved service delivery and others related to the respective industries' usage.

Data:

Level I data presents volumes and values for functionally specific coatings and how they are being utilized across various industry verticals, or within sector studies, the specific smart coatings use cases within it

Level II data offers deeper breakouts of the materials by material, type, technique, or containers involved with the coatings.

Data is presented in Excel sheets.

Outline Level I

• Intro
• About Us
• About Report
• Coverage

Analysis:

• Market Trends & Drivers for X Coatings
• Industry Demand Factors
• Use Cases
• Benefits & Opportunities
• Obstacles

Forecasts:

• Chemicals and Materials Sector Outlooks
• Coatings and Sector Market Sizing and Forecasts
• Industry Outlooks
• Dashboards

Outline Level I+

• Intro
• About Us
• About Report
• Coverage

Analysis:

• Chemicals and Materials Industry Trends
• Industry Drivers: ESG, Net Zero, Environmental, CapEx, Opex, efficiency, Regulatory...
• Smart Coatings Market Overview and Summary
• Vertical Market Deployments
• Industry Specific Demand Factors
• Use Cases
• Benefits & Opportunities
• Obstacles

Materials:

• Key Enabling Materials
• Future Opportunities

Forecasts:

• Chemicals and Materials Sector Outlooks
• Coatings and Sector Market Sizing and Forecasts
• Industry Outlooks
• Dashboards

Level I Data

• Addressable Market (Billions Sq. Meters)
• Market penetration by smart coatings (meters/billion square meters)
• Frequency of coating (months)
• Smart coating shipments (Million Sq. Meters)
• Smart coating markets ($ millions)
• Premium for coatings
• Smart coating by type (Million Sq. Meters) & ($ Million)
• Nano coating
• Bioactive coating
• Smart Polymer coating
• Composite coating
• Smart Coating by Smart Material (Million Sq. Meters) & ($ Million)
• Smart Coating by End User (Million Sq. Meters) & ($ Million)
• Smart Coating by Application area (Million Sq. Meters) & ($ Million)
• Smart Coatings Revenues by End User Geography ($ Millions)

Level II Data

Anti-Corrosion

Anti-corrosion Energy Smart Coating by Types:

• Metallic
• Non-Metallic
• Organic
• Inorganic
• Hybrid

Anti-corrosion Energy Smart Coating by Type:

• Epoxy
• Polyurethane,
• Acrylic
• Alkyd
• Zinc

Anti-corrosion Energy Smart Coating by nanocomposite:

• Layered double hydroxide
• Hallosyte
• Nanotubes
• Mesoporous SiO2
• Graphene oxide
• Others

Anti-corrosion Energy Smart Coating by Methods:

• Chemical conversion
• Plasma electrolytic oxidation
• Thermal/cold spraying
• Others

Self-Healing

Self-healing Energy Smart Coating by type:

• Extrinsic self-healing coating
• Intrinsic self-healing coating

Self-healing Energy Smart Coating by Container:

• Graphene oxide
• Silica
• Halloysite
• Titanium dioxide (TiO2)
• Nanotubes
• Others

Self-healing Energy Smart Coating by Technique:

• Magnetron sputtering (MS)
• Sol-gel
• Dip/spin
• Chemical vapor deposition (CVD)
• Others

Self-cleaning

Self-cleaning Energy Smart Coating by Type:

• Hydrophobic self-cleaning coating
• Hydrophilic self-cleaning coating
• Oleophobic self-cleaning coating
• Amphiphilic self-cleaning coating
• Photocatalyst self-cleaning coating

Self-cleaning Energy Smart Coating by Technique:

• Sol-gel
• Dip/spin
• Chemical vapor deposition (CVD),
• Magnetron sputtering (MS
• Others

Anti-Fouling

Anti-fouling Energy Smart Coating by Type:

• Biocidal
• Self polishing copolymer (SPC) antifoulings
• Self polishing antifoulings,
• controlled depletion polymer (CDP) antifoulings
• Non-biocidal
• Fouling release coating
• Fibre flock coating
• Amphiphilic anti-fouling coating
• Conductive anti-fouling coatings