Design and implementation of an impressed current cathodic protection system for buried metallic pipes (part II) (considering Al-Quds gas station in Baghdad)

Abstract

<span>In this part, the implementation of the Cathodic Protection (CP) station in a new position is done due to the analytical study of the part (I) [1]. Also, a PV fed self-adjusted DC-DC converter is designed and implemented for this purpose, and Aluminum anodes designed and manufactured for the sake of approving the proposed CP station operation. A field test shows enhanced results due to the National Association of Corrosion Engineering NACE standard. An edit has been made on the main empirical formula that is previously intended for the design of the same CP system. The proposed CP station is very flexible, more accurate, of lower cost, and needs little maintenance as compared with the already existing CP station.</span>

A survey on predicting oil spills by studying its causes using deep learning techniques

“…Afetr discussing all benefits and importance of exisrace petrol in our life and knowig risks of losing that wealth, it's so important to plan for security of that field as many research focus in that point such as in [23] that the straight existing induction method was discovered to be safe for the impressed current cathodic protection (ICCP) device and outdoor area. In [24] the center of the pipe need can be evaluated at Al-Quds petrol location in Baghdad. Nonetheless, sustaining this is almost tough.…”