Truck terminals punish pavement more than almost any other building type. A loaded tractor-trailer parks on the same few square feet every night, turns on its tandem axles at the same corner every morning and drips fuel and hydraulic fluid onto the surface between. Asphalt softens under that treatment in a Midland summer. Concrete does not, and that is why terminal owners in the Basin increasingly specify rigid pavement for the entire working yard, not just the dock face.
A cross-dock building adds another layer. Freight moves through the building in hours, doors cycle all day and the dock edge sees every forklift pass. The slab inside, the dock leveler pits, the apron outside and the yard beyond all have to work as one system. We plan terminals as that system, with a single pour calendar for the dock, the yard and the entry drives, so the owner can open for business in stages rather than waiting for everything to finish at once. Many of the same decisions appear on a distribution center, but a terminal puts far more load on the yard.
Opening a terminal in stages
A terminal owner needs the dock working first, because freight cannot move without it. We sequence the dock pits and apron before the yard, and the yard in strips that leave a truck lane open as long as possible. If the terminal is replacing an existing yard, we phase the demolition and placement so trucks keep moving, and we post a daily plan at the gate that tells drivers which lane is open.
Midland International Air and Space Port covers about 1,600 acres at an elevation of 2,871 feet and sits within Midland city limits, roughly midway between downtown Midland and downtown Odessa. Terminals near that area benefit from the central position, and we plan deliveries to avoid interfering with airport traffic and security routes. Sites along the I-20 corridor in Midland County raise a similar question about haul routes during the interstate work.
Dock and yard concrete responsibilities
Concrete trade partners place and finish the dock pits, the aprons, the yard slabs and the entry drives. Trade partners handle the earthwork, utilities and drainage structures, and we coordinate them so the yard grade is right before the concrete formwork arrive. In a large yard the grade controls drainage, and a one inch error in a long slope can leave water standing where trucks park.
Before the first placement we walk the yard with the owner's rep and mark joint lines, drain inlets, light pole bases and scale locations on the subgrade. Joints are cut in a pattern that avoids wheel paths and puts every inlet at the corner of a panel, not in the middle of one. The saw crew follows the finishers within hours in summer heat, since late cutting leaves random cracks that the owner will see for years.
We use a laser-guided screed on large yards where possible. It gives a consistent surface and moves quickly, provided trucks arrive on a steady cycle. When the batch plant haul is long, we may slow the pace and use a standard screed so the concrete is never placed too old.
Concrete services a terminal uses
A terminal usually includes concrete paving for the yard, loading dock pits and ramps, fueling pads with containment, wash bay slabs, scale foundations and drive entrances. Each of these has special requirements. A fueling pad needs a curbed, sloped slab that directs spills to a sump. A wash bay needs a trench drain and an oil separator, and a scale foundation needs a level, stable base.
Midland is served by Interstate 20, with Business I-20 following Wall Street, Front Street and former US 80, plus State Highways 158, 191 and 349 and Loops 40, 250 and 268. That network gives terminals many places to locate, and the entry drives must be designed for the specific road. We review driveway geometry with the engineer so trucks can turn without crossing curbs. A cross-dock that feeds a parcel or retail network may resemble a logistics fulfillment center, with more doors on both sides and a narrower building.
Who builds terminals and cross-docks
Trucking companies, regional freight carriers, third-party logistics firms and oilfield haulers build terminals. Logistics and warehouse developers also build speculative cross-dock buildings. Oilfield service companies need yards for trucks, trailers and equipment, and oil, gas and midstream operators often hire us to pave laydown yards next to their facilities.
Midland's Paul Davis Well Field has 42 wells and serves peak demand and backup supply, the McMillen Well Field is shut down over perchlorate concerns, and the city is also a customer of the Colorado River Municipal Water District. Water supply matters for wash bays, and we tell owners early if a design calls for a lot of water.
What drives terminal pavement cost
Pavement thickness is the largest cost item. A yard for heavy trailers may be several inches thicker than a parking lot, with doweled joints and a well-compacted base. The next item is area, since a terminal's yard can be many times larger than its building. Joint spacing, reinforcement and curing add to the cost. Drainage structures, fuel containment and lighting foundations make up the rest.
We help owners balance first cost against lifetime cost. Concrete costs more to install than asphalt, but it requires less maintenance, resists fuel spills and holds its shape under heavy parking. For owners who plan to keep a terminal for many years, the lifetime cost usually favors concrete. We provide an alternate price for a lighter section in low-traffic areas so the owner sees which areas can safely carry less.
Phasing affects cost too. Pouring a yard in four phases costs more in mobilization than pouring it in two, but it keeps the terminal operating. We price both options, and we show the cost of lost operating days if the owner chooses the faster path. That comparison tends to settle the question quickly.
Send the yard layout and the opening date
Send the site plan, the truck count and the date freight has to move. We return a phased pour sequence with lane closures, cure times and test dates for the yard and the dock.
Common Questions
Is concrete better than asphalt for a truck yard?
For heavy parking and fuel exposure, usually yes. Concrete resists softening in heat and is not damaged by fuel or hydraulic fluid. It costs more at installation, but needs less repair.
How thick should the apron be?
It depends on truck loads, subgrade and joint design. The engineer sets the thickness. The dock apron is often thicker than the rest of the yard because trailers park and brake there.
Can the terminal stay open during construction?
In many cases yes, with phasing. We build the yard in strips, keep a truck lane open and communicate the daily plan to drivers and dispatchers.
What about drainage?
Drainage is critical. The yard slopes to inlets, and we coordinate with the earthwork partner to hold the grade. Catch basins and oil separators are installed before we pour pavement nearby.
Do you build fueling pads?
Yes. We place curbed, sloped fueling pads with sumps or trench drains that meet the owner's containment design. Fuel-resistant sealers are applied when specified.