ADVANCED COURSE IN ATMOSPHERIC AND SOIL CORROSION ON METALS
CONTENT PROGRAM
MODULE 1: INTRODUCTION TO CORROSION AND APPLICABLE REGULATIONS
1.1. Introduction to corrosion phenomena on metals
1.2. Regulations, standards and technical specifications
MODULE 2: FUNDAMENTALS OF CORROSION
2.1. Theory of atmospheric corrosion on metals
2.2. Theory of corrosion due to soil on metals
MODULE 3: ATMOSPHERIC CORROSION ON METALS
3.1. Atmospheric Corrosive Classification Theoretical Method
3.2. Atmospheric Corrosive Classification Field Methods
3.3. Method of estimation of metal losses during the useful life
MODULE 4: CORROSION DUE TO SOIL ON METALS
4.1. Theoretical method of corrosive classification due to soil
4.2. Method of estimation of metal losses during the useful life
MODULE 5: DIMENSIONING OF THE PROTECTION WITH GALVANIZING AND PAINTS
5.1. Methodology and design of protection by hot dip galvanization
5.2. Methodology and design of protection through paints
MODULE 6: PRACTICAL CASES
6.1. Final Exercise 1
6.2. Final Exercise 2
6.3. Final Exercise 3
COURSE ADDRESSED TO:
Course aimed at engineers, architects and technicians in general, who want to know in depth the theoretical and field calculation methods included in international regulations to define the corrosive classification, material losses and the protection methods necessary to ensure the functionality of metallic elements during their useful life against atmospheric and soil corrosive agents.
AIM:
The primary objective is to provide all attendees with the technical knowledge contained in current reference standards and regulations, the necessary calculation tools and the know-how and criteria used today in specialized companies in the civil sector to satisfactorily face any project situation from a point of view based on reliability and efficiency. Therefore, this course is conceived from a practical point of view and focused on obtaining results.
METHODOLOGY:
Each module will have classes through an audio-video virtual classroom. Attendees will be able to follow these classes synchronously or asynchronously. They will also work on the different contents of the course using the online platform that will allow them to carry out e-learning training, evaluation activities, download audio-video material, read texts, and communicate and interact with the teacher and with the rest of the students through email and forums.
TRAINER:
Alvaro Marquez – Professional with education in Civil Engineering by the University of Granada. Master in Distributed Renewable Energies by the University of Cordoba. Training in Project Finance and Business Valuation by Enerclub. More than 10 years of experience in research, technical office and construction supervision in several companies in the construction, industrial and energy sectors.