What Human-Factored Procedure Development Means for Upstream Oil & Gas

What does human-factored procedure development mean for upstream oil and gas?

Most procedure guidance in oil and gas is written with downstream operations in mind: refineries, chemical plants, fixed facilities with stable workforces and mature process safety programs. Upstream is a different world. Drilling, well servicing, production, and completions happen at remote sites, often with contractor-heavy crews, high turnover, and conditions that change by the hour. The procedures that keep those operations safe face pressures a refinery procedure never sees. Writing them well requires accounting for those pressures directly.

Human-factored procedure development means engineering procedures around how people actually perform under real conditions. Upstream, those conditions are harsher, more variable, and less forgiving of a procedure that only works on paper.

Why upstream is different

Four realities separate upstream procedure work from downstream:

Remote and dispersed operations. A refinery is one fixed site with a stable team that knows it intimately. Upstream operations are spread across wellsites, pads, and rigs, sometimes hundreds of them, each with its own crew, often far from the people who wrote the procedures. A procedure can't assume the writer is a phone call away. It has to stand on its own in the field.

Contractor-heavy, high-turnover workforces. Much upstream work is performed by contractors and service companies whose crews rotate frequently. The person executing a procedure today may never have seen it before and may not share the operator's training or terminology. That raises the bar enormously on clarity: the procedure can't rely on institutional knowledge the reader doesn't have.

Variable, dynamic conditions. A refinery process runs within known parameters. Upstream, the same task might be performed in different weather, at different well conditions, with different equipment configurations. Procedures have to handle that variability with clear conditional logic, not assume a single stable set of conditions.

Task-based, not process-based. Downstream procedures often govern a continuous process.  Upstream work is frequently discrete, high-consequence tasks: a wireline run, a pressure test, a well intervention, where a single error at a critical step can be catastrophic and irreversible. Critical-step identification isn't a nicety; it's the core of the document.

What human-factored writing changes upstream

Applied to upstream operations, human-factored procedure development targets exactly these pressures:

• Self-sufficiency in the field. Procedures written to be followed by someone who wasn't trained by the author, at a remote site, without backup: clear action language, defined terms, no assumed context.
• Critical-step rigor. The irreversible, high-consequence steps in a wireline run or a pressure test identified and safeguarded, because upstream those are the steps that hurt people.
• Conditional clarity. The variability of field conditions handled through clearly branched logic rather than a procedure that only describes the ideal case.
• Contractor-ready usability. Written so a rotating, mixed-employer crew can execute reliably, the opposite of a procedure that assumes everyone shares the operator's tribal knowledge.

The safety case

Upstream incidents are frequently traced not to workers ignoring procedures, but to procedures that couldn't realistically be followed under field conditions: too vague, too dependent on absent context, or mismatched to the actual task. In an environment with remote sites, rotating crews, and irreversible critical steps, a procedure that only works under ideal conditions is a latent error waiting for the wrong day. Human-factored development is how you close that gap before it closes on you.

The bottom line

Upstream oil and gas faces procedure challenges downstream operations don't: remote and dispersed sites, contractor-heavy and high-turnover crews, dynamic field conditions, and discrete high-consequence tasks. Human-factored procedure development addresses those pressures directly: building procedures that are self-sufficient in the field, rigorous about critical steps, clear about variable conditions, and usable by crews who didn't write them. In upstream operations, that's not documentation quality. It's operational safety.

At Procedure Solutions Management, this is the work we do: human-factored procedures built for the conditions your crews actually face in the field, written to the PPA standard. See how our procedure development services fit upstream operations. 

Quick FAQ

How is upstream oil and gas procedure writing different from downstream? Upstream operations are remote and dispersed, use contractor-heavy and high-turnover crews, face highly variable field conditions, and center on discrete high-consequence tasks rather than a continuous process. Each of these raises the bar on procedure clarity and critical-step identification in ways a fixed refinery procedure doesn't face.

Why do upstream procedures fail in the field? Most often because they can't realistically be followed under actual conditions: too vague, too dependent on context the field crew doesn't have, or written for ideal conditions that don't match the site. The failure is usually in how the procedure was written, not in the worker following it.

What does human-factored development do for upstream operations? It engineers procedures around real field conditions: self-sufficient for remote sites, rigorous about irreversible critical steps, clear about variable conditions through branched logic, and usable by rotating mixed-employer crews. The result is procedures that reduce human error where the consequences are highest.