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Models play an essential role in both research institutions and production industries. Models can serve as a benchmarking tool in laboratory settings to check if the experimental measurements fit well with expectations, and to predict possible behavior based on established knowledge. For oil and gas related fields, corrosion models can be utilized as an assisting tool to help engineers make optimum decisions on materials selection, pipeline design, process planning, and corrosion control, etc. to achieve optimal project economics. The software, presented below, is a corrosion model that is based on the current understanding of the corrosion of mild steel, the most cost-effective construction materials used in oil and gas industry, caused by some water and varying amount of “acid gases”: carbon dioxide (CO2) and hydrogen sulfide (H2S).
Highlights of software
1. The model covering the corrosion behavior of mild steel due to both aqueous CO2 and H2S, the two most common corrosive acid gases present in oil and gas industry
2. In addition of predicting corrosion behavior by providing the corrosion rate of mild steel, the model also calculates water speciation of brine
3. The equations used to build the model are based on reliable peer-reviewed research outcomes that are recently published
4. The model can be easily expanded to include other factors that affect corrosion behavior, such as formation of corrosion product (currently under development), appearance of other organic acids and/or corrosion inhibitor in the system.
- Users from research institutes and oil companies
- Over 2000
- Different electrical chemisty models
- 4
- Countries and regions account for our user base
- 10