Why We Design and Build Our Own Natural Gas Odorizer

Most odorization equipment on the market today is built the same way: a manufacturer designs a standardized system, and service providers buy it, deploy it, and service it. There's nothing wrong with that model, it's how most of the industry operates. Burgess Pipeline Services does it differently, and it's worth explaining why that actually matters for the work itself, not just as a marketing point.

The BPS odorizer, designed and built in-house

We Design and Build Our Own Odorizer

Our portable natural gas odorizer isn't a third-party unit we resell with our logo on it. It's designed and built by our own team, from the injection engineering to the field enclosure. That distinction sounds like a technicality until you look at what it actually changes about how the equipment performs and how problems get fixed.

Why Building It Ourselves Changes the Equipment

When you buy someone else's odorizer, you get whatever tradeoffs that manufacturer made for their broadest customer base. When you design your own, you can make different tradeoffs, ones aimed specifically at the work you actually do. That's a large part of how we got to a documented 80% cost reduction and 5x operating range increase on our odorization systems compared to industry-standard equipment: not by tweaking someone else's design, but by starting from the actual field problem and engineering toward it.

It's also the only reason our Zero Emission Static Pickling Method is possible at all. Eliminating flaring and venting during pickling isn't a setting you can toggle on a third-party odorizer. It requires control over the injection and containment engineering itself, which means you have to own the design, not just the operation.

The Feedback Loop Reselling Doesn't Have

There's a practical difference that shows up in the field, not just on a spec sheet. When a reseller's equipment has a problem, that feedback goes to a manufacturer who may or may not act on it, and who is designing for many customers, not just for the specific conditions your project is facing. When we build our own odorizer, field issues come straight back to the people who can actually change the design. A regulator that struggles in a specific low-flow condition, a containment detail that's awkward in a specific climate, that kind of feedback shapes the next revision directly, not eventually, if at all.

What This Means for a Project You're Planning

In practice, it means the odorizer showing up on your site is built by the same team that will be troubleshooting it if something goes sideways, not a piece of equipment we're servicing on someone else's behalf. If your project needs equipment adapted to an unusual flow condition, pipe material, or site constraint, that's a design conversation we can actually have, not a request we pass along to a manufacturer and wait on.

If you're evaluating odorization providers and want to understand what's actually engineered in-house versus resold with a service wrapper, ask directly, it's a fair question, and for us the answer is straightforward. See our Pipeline Operations & Maintenance program for how this equipment fits into ongoing field support, or our Comprehensive Odorization Glossary for background on the terminology.