Seminar Events

Presentation on nanostructured zinc nickel, ASTM B1025-24 compliance, deposit morphology, process features, coatings, field/lab testing, and comparisons with older technologies.

Covers microbiologically influenced corrosion (MIC) mechanisms and impacts on stainless steels in industrial environments.

Open presentation on corrosion topics specific to the upstream O&G sector.

Industry and research experts showcase the latest surface-treatment technologies, coating systems and diagnostics with case studies and evaluation methods.

Explores advanced functional coatings that enhance corrosion protection through self-healing, anti-ice, and other nanotechnology-driven surface effects for improved durability.

Webinar on how effective corrosion control and maintenance extend vessel lifespan, reduce costs, and support growth in India’s shipbuilding industry.

Introduces a patented spherical calcium silicate pigment that enhances anti-corrosion protection and mechanical properties through improved dispersion and passivation; includes standards, process features, and test comparisons.

Provides engineers, technicians, and scientists with a practical overview of corrosion mechanisms and prevention strategies. Real-world examples help participants understand corrosion phenomena, material behavior, testing methods, and protection techniques.

Technical talk on the application of impressed-current cathodic protection for steel in reinforced concrete.

Webinar on staged water pipeline assessments for strategic asset management. Discusses direct and indirect evaluation methods with a case study on metallic water pipeline condition analysis.

Hands-on training in diagnosing, strengthening, and repairing concrete structures, with emphasis on coastal durability. Covers prevention, cause-based diagnosis, cathodic protection, and chloride-barrier solutions.

Innovative strategies for asset protection and coating performance to reduce failure risks and extend service life for pipelines, tanks, and civil assets.

Part 2 of a seminar series on materials weathering. Focuses on fundamentals of natural weathering, including static exposures in various reference climate zones and outdoor accelerated testing methods.

Explores advanced automated radiography for accurate, efficient CUI inspection without removing insulation or disrupting processes.

First talk dispels common corrosion misconceptions with case studies; second explores advances in protecting galvanised steel and cut-edge corrosion. Emphasizes evidence-based practice and modern coating technologies.

Practical expertise on high-performance protective coatings for challenging environments, covering corrosion, insulation, tank lining, and passive fire protection. Includes specialist talks and networking.

Overview of challenges, market solutions and technology trends for pipelines and equipment in corrosive environments, plus training needs for specialised professionals.

Covers protective coatings that enhance reliability and corrosion resistance in electronic assemblies. Targeted at designers, coating specialists, and users in electronics and microsystems.

Explains the crucial role of surface preparation in achieving effective anti-corrosion coating performance. Covers preparation techniques, standards, roughness measurement, and quality control for long-lasting protection.

Defines application limits of materials in electronics and expected environmental influences, providing clarity on potential problems and practical mitigation approaches.

Explains the use of Life Cycle Assessment (LCA) to compare coating systems and weathering steel for sustainable bridge design. Discusses LCA limitations and strategies to balance cost, performance, sustainability, and long-term corrosion protection.

Webinar presenting the book “Bridging the Gap: Corrosion science for heritage contexts,” highlighting collaboration between conservators and corrosion scientists for complex metal-heritage decay.

Introduces an adaptive asset management model that combines risk-based decision-making with climate hazard scenarios to strengthen resilience of coastal water assets amid deep uncertainties like sea-level rise.

This doctoral dissertation presentation explores sustainable corrosion inhibition of aerospace aluminum alloys using organic molecules. By combining electrochemical testing, advanced surface analysis, and machine learning, the research identifies non-toxic inhibitor candidates and demonstrates a data-driven pathway to replace hexavalent chromates.