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Heavy Equipment · Fuel Station

Regina Fleet Yards Need Fuel Station Concrete That Holds

Tank loads, diesel spills, and environmental inspections all land on the same slab. Regina Concrete engineers fuel station pads, monolithic containment basins, and tank pads sized for your heaviest full-tank load. Free written estimate on every project.

  • Monolithic containment, cast-in curbs
  • Fuel-rated hydrocarbon sealer
  • Compliance documentation at handoff

Three problems, one concrete solution

What a Fuel Station Concrete Slab Has to Get Right

Fleet fueling sites in Regina face three concrete problems at once: the slab must carry a full above-ground tank without settlement, the surface must resist hydrocarbon attack from daily diesel and DEF contact, and the containment geometry must hold a defined spill volume long enough for cleanup without letting fuel reach the soil or the storm drain.

Getting any one of those wrong creates either a structural problem (tank settlement cracking the pad), a surface problem (fuel soaking into unprotected concrete and degrading the slab from below), or a regulatory problem (containment that fails an environmental inspection). Regina Concrete addresses all three in a single engineered scope: pad thickness and reinforcement matched to tank weight, cast-in containment curbs or sloped basins sized to code volume, and a hydrocarbon-resistant sealer selected for the actual fuel chemistry on your site.

For context on how containment slab design carries across facility types, see our chemical-resistant flooring work and the broader industrial concrete services. Facilities running both a fuel station and a wash bay can coordinate containment documentation under one scope; see equipment wash bays for that side. Pricing context is available in our concrete cost guide.

Recent work
fuel station concrete with containment curbing at a Regina yard
engineered concrete tank pad for an on-site fuel tank

From site visit to sealed slab

How Regina Fuel Station Concrete Gets Built

  1. Inventory fuel types and tank layout

    Before any concrete is specified, we document what fuels are stored (diesel, gasoline, DEF, or a combination), whether tanks are above-ground or below-ground, the tank dimensions and full-load weights, and the containment volume your environmental code requires. That information drives every decision that follows.

  2. Engineer the pad, containment, and sealer

    Pad thickness and rebar schedule are calculated for the tank weight on your specific soil conditions. Containment curbs or sloped basins are sized to hold the required spill volume with a margin. The sealer is selected by fuel chemistry: diesel and gasoline attack concrete differently, and the coating has to match the actual exposure.

  3. Excavate, form, and pour as one structure

    The subgrade is excavated and compacted to the engineered bearing spec. Forms are set with containment geometry built into the pour, not added as a separate curb afterward. Reinforcement is placed, and the slab is poured monolithically so the containment wall and the pad share the same concrete and the same cure.

  4. Apply sealer, verify containment, hand off documentation

    Once the concrete has cured to the specified strength, the hydrocarbon-resistant sealer is applied in the manufacturer-specified coats. Containment volume is measured against the engineered spec. A compliance package covering material specs, as-built dimensions, sealer data sheet, and containment verification is delivered for your regulatory file.

Long-term pad performance

Keeping Your Fuel Station Slab Compliant After the Pour

A fuel station concrete pad does not stay compliant on its own. Hydrocarbon-resistant sealers protect the slab surface from fuel penetration, but they wear under UV exposure, freeze-thaw cycling, and daily equipment traffic. Most manufacturers specify re-application every two to four years depending on traffic volume and fuel exposure frequency. Skipping that cycle lets fuel work into the concrete matrix, staining first, then softening the paste, then creating surface defects that compromise the containment geometry.

Regina Concrete includes the re-seal schedule in the project handoff package so your maintenance team has the timeline in writing. We can return on that cycle to perform the re-application, keeping the sealer spec consistent with the original installation. Facilities that also run a concrete wash bay can bundle both re-seal visits under one maintenance agreement. For sealer product details, our approved brands page covers the hydrocarbon-rated systems we use. Questions about concrete care between service visits are answered in our concrete care guide. Estimate requests go through our free estimate form.

Quote a fuel station
finished fuel station with containment and tank pad in Regina
Monolithic Containment cast-in
Fuel-rated Hydrocarbon sealer
Free Written estimate

Other heavy equipment services

Compare with Other Heavy Equipment Services

Fuel station is one of two heavy equipment services we offer. See the other.

All heavy equipment services

Common questions

Fuel Station Concrete Questions, Answered

Containment volume, hydrocarbon sealers, tank loads and environmental compliance.

Environmental code typically requires containment volume equal to the largest tank plus a percentage margin. We confirm the exact spec with your environmental officer or local regulator and engineer to that volume.
Hydrocarbon-resistant penetrating or topical sealers rated for the specific fuels handled. Diesel and gasoline have different chemistry; the right sealer matches the actual exposure with a margin. We spec based on your fuel inventory.
Yes, often. Tank pads are engineered to the tank weight and dimensions; the fuel station pad serves equipment access. Sometimes they are integrated, sometimes separate; depends on the layout and tank approach.
Yes. Containment volume verification, sealer specification, material specs, and as-built dimensions are all delivered at handoff for the facility's compliance file and any regulatory inspection.
Several weeks for design, engineering, pour, cure and seal. Larger fueling stations with multiple tank pads stretch longer. The full schedule is in the quote, including time for any regulatory review.

Client reviews

What Regina Operations Say About Their Fuel Stations

★★★★★ 4.9 · 87 reviews on Google
Read all reviews →
★★★★★

On-site diesel fueling for our fleet. Containment passes environmental inspection, sealer holds against the diesel exposure, tank pad shows zero settlement after two years of use. Right engineering.

Z. L5
Fleet Operations, Regina
★★★★★

Fuel station with both diesel and DEF, containment sized for both tanks. Compliance documentation supported our environmental audit cleanly. Real regulatory awareness.

Y. L5
Mining Operations Director, Regina
★★★★★

Re-seal schedule was in the project handoff. We followed it; the pad still looks new four years in. Maintenance side mattered as much as the install.

Q. L5
Construction Yard, Emerald Park
★★★★★

Fuel station for our farm equipment fleet. Sized for our tank, contained for the spill volume our code requires. Inspector signed off without questions. Compliance done right.

X. L5
Agricultural Operations, White City

Ready to start

Plan Your Regina Fuel Station Concrete Now

Share your fuel types, tank dimensions, fleet size, and any applicable environmental code requirements. We will size the containment, spec the sealer, and put a firm quote in writing.

We'll assess on-site and send a written quote within one business day.