nuclearplantcorrosion.com

What It Is

Nuclear Power Plant Corrosion Course is a professional course on “corrosion and corrosion control in light-water nuclear reactors.” According to the webpage, the course is taught by Barry M. Gordon, M.S., P.E., and covers the fundamentals of nuclear power plant corrosion, identification of corrosion mechanisms, and key corrosion phenomena and mitigation techniques in light-water reactors. This is not a general materials science course; it is clearly a vertical training program aimed at nuclear power industry scenarios.

Core Content and Instructor Background

The course objectives are relatively clear: learn corrosion fundamentals such as electrode potential, basic corrosion cells, and Evans and Pourbaix diagrams; identify and discuss various forms of corrosion and their impact on light-water reactor components; gain practical knowledge of current key corrosion issues in the LWR industry, including IGSCC, IASCC, PWSCC, and BAC; and understand and identify appropriate corrosion mitigation techniques.

The instructor is the course’s main selling point. Barry Gordon is presented as an expert in nuclear power plant corrosion phenomena, with more than 50 years of experience, over 85 technical papers and reports, and co-authorship of three books related to light-water reactor corrosion. He has also served as an instructor for courses associated with the U.S. Nuclear Regulatory Commission, holds credentials including California registered Professional Engineer, NACE/AMPP corrosion specialist, and Fellow, and has experience with GE Nuclear Energy, Structural Integrity Associates, and Bettis Atomic Power Laboratory. These details suggest the course is more engineering-experience-driven and industry-application-oriented.

Pricing, Format, and Certificates

The webpage does not disclose pricing, course duration, course schedule, enrollment process, or payment methods. It also does not clarify whether the course is delivered live, on demand, in person, or as customized corporate training. The teaching language is likewise not explicitly stated, though the page is in English and the instructor’s background is U.S.-based, so it is likely aimed at an English-language environment—but this cannot be confirmed from the page alone. The webpage also does not mention completion certificates, continuing education credits, or official certification.

Pros, Cons, and Who It’s For

The main advantages are the course’s highly focused and professional positioning, with learning objectives directly tied to real-world corrosion control issues in nuclear light-water reactors. The instructor’s credentials are very strong, making the course potentially valuable for professionals in nuclear power materials, corrosion engineering, structural integrity, water chemistry, regulatory review, and related areas. The downside is the lack of transparency on the website: there is no detailed syllabus, sample lesson, learner support information, reviews, certificate description, or pricing, which makes it harder for prospective learners to evaluate the return on investment.

Access from China and Alternatives

Access from mainland China cannot be determined from the page content alone, and payment methods are not disclosed. As alternatives, learners may consider NACE/AMPP corrosion courses, university-level materials corrosion courses, or internal nuclear power company training on reactor materials, corrosion, and water chemistry. Overall, this course is better suited to learners who already have an engineering background and need deeper specialization in nuclear power corrosion, rather than beginners looking for a broad introduction to materials science.