The Case for Sharing What You Know About Corrosion

Corrosion is a field built on accumulated experience. The failure modes now well documented were once surprises. The inspection techniques now standard were once developed by someone who recognized a gap and devised a better approach. A significant portion of what corrosion professionals know resides not in textbooks or standards but in the heads of people who have spent years on pipelines, in coating shops, on offshore platforms, and in failure investigation labs.

That knowledge does not transfer automatically. It has to be put somewhere: written down, taught, presented, debated. The workforce gap described in AMPP’s 2026 TalentForce initiative makes the stakes of this clearer than usual. If experienced professionals retire without passing on what they know, the field does not just lose individuals: it loses operational memory that may take a generation to rebuild.

This article makes the case for knowledge sharing in corrosion and examines where and how it can happen in practice at every career level.

Publishing Field Experience, Not Just Research

The assumption that knowledge sharing means formal research publication puts most practitioners off the idea entirely. Peer-reviewed journals have their place, but they are not the only format that matters, and they are rarely where the most practically useful knowledge ends up anyway.

A corrosion technician who has performed hundreds of cathodic protection surveys on a specific type of buried infrastructure knows things about soil variability, measurement anomalies, and equipment behavior that no laboratory study captures. A coating inspector who has worked across multiple geographic regions has observed how the same specification performs differently under varying temperature and humidity cycles. That knowledge is worth documenting.

The practical formats for this are more accessible than most people assume. The major corrosion associations publish not only peer-reviewed journals but also practitioner-facing magazines that regularly feature shorter, application-focused articles by people working in the field rather than in research institutions. Annual conferences in the sector explicitly accept technical presentations on field experience, case studies, and lessons learned, not only controlled research. Industry publications on coating inspection have long included practical field observations alongside formal test data.

The threshold for contributing is lower than it seems. If you have encountered a failure mode more than twice and have figured out how to identify or prevent it, that is worth writing up. The goal is not to produce novel science but to make available knowledge that currently exists only in one person’s field notes or memory.

Associations and the Formal Infrastructure for Knowledge Transfer

Professional associations in corrosion exist to aggregate and distribute knowledge across the field. Using them actively, rather than passively, is one of the most direct ways to contribute.

The major corrosion associations provide the formal infrastructure for this kind of transfer. Their local and regional sections hold technical meetings where members present case studies, new techniques, or lessons from recent projects. These are low-barrier venues: presentations do not need to be polished, and the audience is typically a mix of experience levels and specializations. Attending is useful; presenting is even more so. Beyond meetings, associations structure knowledge transfer through training and certification programs, with courses delivered largely by working practitioners rather than full-time educators. Standards committees are another underused channel: participating in one is a direct way to translate field experience into documents that shape practice across the entire industry. A single clause in a widely adopted standard can influence the work of thousands of professionals.

For technicians specifically, the Corrosion Technician Association (CTA) fills a role that larger bodies do not always address as directly. Founded by corrosion technicians and aimed at the same audience, CTA organizes field training, short courses, online modules, and events that bring together practitioners across cathodic protection, protective coatings, and related disciplines. Membership also includes access to mentorship, industry forums, and networking with professionals across sectors. For anyone working at the technician level, it is a practical place to both receive and contribute knowledge.

Teaching, Mentoring, and the Informal Transfer of Tacit Knowledge

Not all useful knowledge can be written down. Some of it is tacit: the ability to recognize a suspicious indication during an inspection, the judgment to know when a corrosion rate reading is plausible and when something in the measurement is off, the experience to anticipate where a coating system will fail first given a particular exposure environment. This kind of knowledge transfers best through direct interaction.

Mentoring is the most direct vehicle. In practice, it does not require a formal program, though formal programs help create the conditions for it. What it requires is a willingness to explain reasoning rather than just outcomes, to let less experienced colleagues observe and ask questions, and to take time to debrief after a job rather than moving immediately to the next one.

For those earlier in their careers, the contribution looks different but is not absent. Early-career professionals often have a sharper awareness of where documentation is missing, where standard explanations are unclear, or where the gap between what a training course covers and what the job actually requires is widest. Documenting those gaps, asking the questions that more experienced colleagues have stopped noticing need asking, and writing up procedures that exist only as tribal knowledge within a particular team are all forms of knowledge contribution.

Universities and technical schools are another underused venue. Corrosion is not widely taught at the undergraduate level as a standalone subject, so students who enter the field often encounter it for the first time on the job. Guest lectures, industry panels, and internship programs that expose students to real-world corrosion problems and fieldwork help address that gap. These contributions do not require an academic affiliation, only a willingness to spend a few hours connecting classroom content to professional practice.

Writing for Broader Audiences

The argument that corrosion professionals should communicate only within the field underestimates how much corrosion-related decision-making occurs outside it. Asset owners, project managers, procurement officers, and regulators regularly make choices that affect corrosion outcomes, often without a clear understanding of the technical basis for those decisions. Better-informed decision-makers lead to better outcomes: more realistic inspection intervals, more appropriate material selections, and more effective allocation of maintenance budgets.

Writing for broader audiences does not mean oversimplifying. It means choosing the right level of detail for the reader. LinkedIn posts and articles, blog posts, trade publication articles, and industry newsletters are the practical formats here. The barrier to contribution is low, the audience is often larger than for technical journals, and the practical impact on how the field is resourced and managed can be significant.

So What Stops People?

The most common reasons practitioners cite for not sharing knowledge are time constraints, lack of confidence, and the belief that what they know is too obvious to document.

Time is a real constraint, but most of the formats described here do not require a large time investment. A 500-word article on a specific field observation, a 20-minute presentation at an association’s local section meeting, or a half-day on a standards committee are meaningful contributions that do not require restructuring a working life around them.

Confidence is often misplaced in both directions. Practitioners underestimate the value of field experience for an audience that may lack it, and overestimate the technical polish required to contribute. The question to ask should be “Does someone who does not have this experience need it?” rather than “Is what I know interesting enough?”

The “too obvious” problem is the most insidious. Knowledge that feels obvious to the person who has it has usually been hard-won, and it feels obvious precisely because it has been thoroughly internalized. What is obvious to a 20-year veteran of offshore coating inspection is not obvious to someone just 2 years into the field. That gap is exactly where knowledge transfer does its work.

The corrosion field has a deep, practically grounded knowledge base that is increasingly at risk of being lost faster than it is replaced.The mechanisms for sharing it exist: associations, publications, training programs, mentoring relationships, and broader industry communication channels. The constraint is not opportunity: it is the habit of treating knowledge as something you accumulate for your own use rather than as something the field needs you to pass on. That habit is worth reconsidering