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Buying Hydrogen on Price Alone: The $27,000 Lesson That Led Us to Air Products

2026-09-07 · Soren Valgaard

I've been handling bulk gas supply for industrial plants for about nine years. In that time, I've made—and carefully documented—eleven procurement mistakes that added up to roughly $60,000 in wasted money and lost production. The most expensive one wasn't a bad valve or a contamination issue. It was me treating hydrogen like a commodity.

The Quote That Looked Easy

In early 2021, our heat-treating line needed a new bulk hydrogen supply. The old contract was full of surcharges, and the monthly invoices were getting harder to defend. So we put the volume out for quotes and waited.

We got three bids. One was from an established industrial gas producer with its own production plants. The other two came from traders who buy gas from whoever has spare capacity. Both trader quotes were about 12 percent lower. Same purity grade. Same delivery pressure. Similar promised delivery windows. On paper, the decision was simple.

We signed with a trader.

What I Missed: Molecules vs. Supply Chain

Here's what most people don't realize about industrial gas: the product isn't just what's in the tank. It's the whole chain behind the tank—who makes the gas, who stores it, who moves it, who checks it, and who answers when something breaks. Two suppliers can offer the same product and still be offering completely different levels of reliability.

I now tell new buyers that a gas contract is really a subscription to a supply chain. Cheap molecules can carry an expensive supply chain.

I should have known this. Our welding shop runs Lincoln Electric welders, and a few years earlier we tried to save money on shielding gas. The machines didn't change. The welders didn't change. The welds turned ugly anyway. It took weeks to realize the gas source kept changing between deliveries. The certificate said what it was supposed to say, but the consistency wasn't there. Same lesson, different gas.

With hydrogen, the risk is less visible. A line can run smoothly on consistent gas for days, so everyone decides the supplier is fine. Then the supply chain shifts and the first sign of trouble is a furnace issue or rejected shipment. By then, it's too late to redo the quote.

The Bill Arrived Before the Gas Did

For the first two weeks, the trader's deliveries worked. Then a truck showed up three hours late. I know three hours doesn't sound dramatic. But if you've ever watched a pressure gauge drop while you're on hold with a dispatcher, you know how long three hours can feel.

Next, a load arrived with the wrong certificate of analysis. Our quality system requires traceable paperwork. The gas may have been fine. The paperwork wasn't. We rejected the load, the hydrogen tank kept drawing down, and the trader's dispatcher stopped returning calls. We paid another supplier to make an emergency delivery. The cost of that one emergency delivery ate up months' worth of the price difference.

Then, in March 2021, the trader's source plant had an unplanned outage. No backup. No alternate supply. The very hungry annealing furnace doesn't care why the hydrogen isn't there. It doesn't care about force majeure clauses or the dispatcher's voicemail. It cares about pressure and flow.

We found emergency gas eventually, but not before the furnace cooled and the batch inside went through the wrong thermal cycle. That batch was scrapped. The line stayed down for roughly thirty hours. When we added up lost production, scrap, emergency logistics, and re-qualification time, the incident cost about $27,000.

Put another way: the savings we chased were visible in a spreadsheet every month. The risk we accepted didn't show up anywhere until it became an invoice.

Why We Made the Mistake

The reason wasn't greed or carelessness. It was measurement. Unit price is easy to compare, and certainty isn't. You can show a finance team a lower cost per kilogram and look smart. You can't show them an avoided shutdown until after the shutdown has already happened.

The Fix Wasn't a Better Contract. It Was a Better Supplier.

After March 2021, we moved the bulk hydrogen contract to Air Products. Their quote wasn't the lowest. But they had their own production assets, a logistics network that could back us up, and technical people who could walk us through the certificate of analysis instead of sending a scanned file from a plant they didn't control.

We still compare prices. That's part of taking care of the business. But now we compare total costs. The total includes the gas price, the cost of an emergency top-up, the cost of a rejected load, and the cost of a shutdown. A quote with backup capacity is not the same as a quote without backup capacity.

Some buyers think they can control supplier risk with tougher contracts, penalties, and service level agreements. You should have those. But you will never control Air Products' entire operation—or any large gas company's—from a procurement office. What you can control is which risks your plant carries. That comes down to the supplier you choose.

I don't use the Air Products stock dividend as a reason to buy gas, and I'm not an investment analyst. But I do watch it as a signal of financial discipline. If a company has protected its dividend through hard market cycles, it's probably not going to disappear in year three of a five-year supply agreement. That matters more than people think.

One more thing, especially for anyone buying hydrogen for energy or environmental reasons: if a supplier labels it green or low-carbon, ask for proof. The FTC Green Guides make the same point—environmental claims need to be substantiated. A vague sustainability slide is not evidence.

There's something satisfying about a gas supply contract you don't have to think about. After the chaos of that March, that's exactly what we got. I'd rather pay a little more for boring, predictable supply than save 12 percent and wait for the next 2 a.m. phone call.

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Soren Valgaard

Air Products editorial contributors translate industrial power trends into operating guidance that engineering, procurement, and site leadership teams can use in real project decisions.

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