The short version: Howden wasn't my cheapest quote. It was my best long-term purchase.
I've audited $180,000 in procurement across 6 years at a mid-sized food processing plant. When I needed a heavy-duty roots blower for aeration in 2023, I got quotes from 4 vendors. Howden came in at $14,200—about 15% higher than the cheapest option. But I went with them anyway, and that decision saved us $3,100 in operating costs over the first 18 months alone. Here's why.
I know what you're thinking: "Another procurement guy who bought the expensive brand and is justifying it." I get it. I've been burned by that thinking too. But the numbers don't lie. Let me walk you through the data.
How I calculated the true cost (and why the cheap option failed)
I built a TCO spreadsheet that tracked 6 factors: purchase price, installation, energy consumption (based on 8 hours/day, 260 days/year), scheduled maintenance, expected downtime, and resale value after 5 years.
The budget blower—a smaller brand quoting $12,100—looked great on paper. But when I dug into the specs:
- Energy efficiency: Their motor was 88% efficient. Howden's was 94%. At our local industrial rate of $0.12/kWh, the difference added up to $680/year.
- Maintenance intervals: The budget option required oil changes every 1000 hours. Howden's were every 4000 hours. That's 4x fewer maintenance events over 5 years.
- Warranty coverage: The cheap vendor offered 1 year limited. Howden gave 3 years full coverage including labor.
I almost went with the budget choice. My gut said "stick with what you know"—we'd used their smaller fans before. But the data screamed Howden. I went with the data. That was the right call.
The numbers that sealed it
I ran projections for a 5-year lifecycle. Here's what the TCO spreadsheet showed:
| Factor | Budget Blower | Howden Roots Blower |
|---|---|---|
| Purchase price | $12,100 | $14,200 |
| Installation | $800 | $700 (team familiar with the design) |
| Energy costs (5 yrs) | $15,600 | $13,300 |
| Maintenance (5 yrs) | $5,400 | $3,100 |
| Downtime cost estimate | $2,000 (based on reliability specs) | $600 |
| Resale value (5 yrs) | $1,500 | $3,000 |
| Total 5-Year TCO | $34,400 | $28,900 |
The Howden blower saved $5,500 over 5 years—a 16% lower TCO despite costing 17% more upfront.
That gap grew bigger after year 2 when the budget blower needed its first major overhaul. We're in year 3 now and the Howden unit is still running like new.
This goes against everything I learned in procurement school
The old mantra was "buy on price, qualify on service." That's what I was taught in 2017. But the industry has evolved—especially with Howden Buffalo fans and other heavy equipment. Energy efficiency gains, modular designs, and better reliability data made TCO models more accurate. What was best practice in 2020 doesn't apply in 2025.
I still kick myself for not running TCO analysis earlier. In 2019, we bought a cheaper compressor that needed rebuilding after 2 years. The rebuild cost nearly as much as the original purchase. If I'd known then what I know now...
When buying Howden doesn't make sense
Look, I'm not saying Howden is always the answer. A few situations where cheaper options make sense:
- Short-term projects (under 2 years): If you only need the blower for a single contract, the upfront savings might outweigh future operating costs.
- Low utilization: If you run the blower less than 1000 hours per year, the energy savings don't add up fast enough.
- Strict budget constraints: If you literally can't get approval for the higher purchase price, a cheaper unit with a maintenance plan might work.
But for any application where you're running heavy-duty blowers 8+ hours a day, 5+ years, the Howden roots blower pays for its premium within 2-3 years through energy savings alone.
One more thing: I'm not a Howden fanboy. We also use Howden Buffalo fans for ventilation, and they've been solid too. But I've also had good experiences with mid-tier brands for less demanding applications. The key is running the numbers—not just the purchase price.
