A Review on Self-Healing Coatings Technologies for Sustainable and Resilient Surfaces DOI
Norazlianie Sazali,

Siti Nur Syazni Mohd Zuki,

Na Su

и другие.

Offshore Technology Conference, Год журнала: 2025, Номер unknown

Опубликована: Апрель 28, 2025

Abstract Sustainable and resilient surfaces are crucial, especially in the petroleum industry, where equipment faces harsh conditions like high temperatures, corrosion, erosion. These factors often cause material degradation failure. This paper reviews advancements self-healing coatings, which able to automatically repair surface corrosion erosion, improving durability extending lifespan of equipment. The focus is on how these coatings reduce operational risks enhance long-term performance industrial components. Erosion remain one most pervasive costly challenges across various industries, with significant economic environmental impacts. To combat this, protection crucial shielding from harmful effects corrosion. review investigates as a promising strategy. Through an extensive analysis recent research, this explores mechanisms intrinsic extrinsic their ability damage, materials’ resilience sustainability. focuses evaluating efficiency under extreme compatibility existing materials, particularly oil gas applications. highlights progress coating technologies for creating sustainable surfaces. can autonomously such cracks, scratches, restoring protective properties without external intervention. Both healing explored, demonstrating effectiveness maintaining integrity. However, several remain, including cost implementation, conditions, integration materials. Despite obstacles, offer substantial potential extend maintenance costs, making them asset high-risk environment sectors. provides in-depth relationship between sustainability technologies. By focusing unique capabilities coating, addresses handle growing demand environmentally friendly, durable, solutions. Additionally, it identifies future research directions aimed at cost-effectiveness, enhancing ensuring broader applicability support development goals.

Язык: Английский

A Review on Self-Healing Coatings Technologies for Sustainable and Resilient Surfaces DOI
Norazlianie Sazali,

Siti Nur Syazni Mohd Zuki,

Na Su

и другие.

Offshore Technology Conference, Год журнала: 2025, Номер unknown

Опубликована: Апрель 28, 2025

Abstract Sustainable and resilient surfaces are crucial, especially in the petroleum industry, where equipment faces harsh conditions like high temperatures, corrosion, erosion. These factors often cause material degradation failure. This paper reviews advancements self-healing coatings, which able to automatically repair surface corrosion erosion, improving durability extending lifespan of equipment. The focus is on how these coatings reduce operational risks enhance long-term performance industrial components. Erosion remain one most pervasive costly challenges across various industries, with significant economic environmental impacts. To combat this, protection crucial shielding from harmful effects corrosion. review investigates as a promising strategy. Through an extensive analysis recent research, this explores mechanisms intrinsic extrinsic their ability damage, materials’ resilience sustainability. focuses evaluating efficiency under extreme compatibility existing materials, particularly oil gas applications. highlights progress coating technologies for creating sustainable surfaces. can autonomously such cracks, scratches, restoring protective properties without external intervention. Both healing explored, demonstrating effectiveness maintaining integrity. However, several remain, including cost implementation, conditions, integration materials. Despite obstacles, offer substantial potential extend maintenance costs, making them asset high-risk environment sectors. provides in-depth relationship between sustainability technologies. By focusing unique capabilities coating, addresses handle growing demand environmentally friendly, durable, solutions. Additionally, it identifies future research directions aimed at cost-effectiveness, enhancing ensuring broader applicability support development goals.

Язык: Английский

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