Site and Land Requirement for a Block Factory in Iraq: Footprint, Yard and Curing Area
19 October 2026 · 6 min read
Quick answer
Three rectangles decide the plot: the machine bay at 15,500 x 5,500 mm for a 34 t press with its batching line and loader lane, the curing yard sized on 3,800 pallets per shift from a 15 to 18 second cuber cycle, and the dispatch lane built around a clamp that opens to 1,150 mm. Curing is the largest of the three. Measure the fall of the ground before you buy.
The site and land requirement for a block factory in Iraq breaks into three areas, and each is measured from the machine outward, not from the plot size. The machine bay takes the press, the batching line and the loader lane. The curing yard holds green block until it is strong enough to be handled again. The dispatch area holds the forklift turning circle and the loaded truck. On a plant built around a QST1800 the press footprint alone is 15,500 x 5,500 mm at 34 t, and that rectangle sets the grid for everything else on the land.
How do you divide the land into three working areas?
Draw the machine outline on the ground before you look at the fence line. The press, the batching machine and the loader lane form the first rectangle. The curing yard forms the second. Dispatch and loading form the third. The rest of the plot is road between them, or space you have not decided about.
Keep the flow one way. Aggregate comes in at the silo and batching end, green pallets leave the cuber, the machine that builds them into stacks, toward curing, and cured block leaves the yard toward the gate. A loader route that crosses the curing yard will break pallets and slow the cuber, because the cuber runs on a fixed cycle of 15 to 18 seconds per layer and cannot wait for a truck to move.
Separate the three areas by the turning circle of your largest vehicle, not by a fence you may move later. The loader circle is fixed once the batching hopper is poured, and the forklift lane is fixed once the yard is surfaced.
Machine bay, batching line and the loader lane
A QST1800 measures 15,500 x 5,500 mm and weighs 34 t. That rectangle is the press frame only. Add the pallet as it leaves the mould, which is 1,400 x 1,400 x 30 mm, and the bay needs clear width beyond the frame so a pallet can travel out and turn without touching a wall.
The batching machine sits at the feed end, with the mixer between it and the press, and the cement silo on its own footing beside the batching hopper. The loader needs a straight run to the hopper and room to reverse out; an angled approach costs a cycle on every bucket.
Leave the front face of the machine empty. Pallets, moulds and bags stored in the loader lane are the usual reason a new plant runs below its rated output, because the loader stops while somebody moves a stack by hand.
The curing yard is the largest block of land
Count pallet positions, not square metres. The cuber turns a layer every 15 to 18 seconds and is rated at about 3,800 pallets per shift, so the yard has to hold everything produced between the moment a pallet leaves the cuber and the moment that block can be sold and handled again.
Each stack is 1,000 to 1,200 mm square and the cuber caps stack height at 1,400 mm. Add an aisle beside every row for the forklift and its clamp, and a clear strip at the cuber discharge so a stack can be set down without reversing into a row.
The size of the yard follows the curing days you actually need, and only you can give that number. Tell us how many days block stands before dispatch and how many shifts you run, and the pallet count and the yard rectangle follow. Ask for the yard first in any land negotiation, because it is the area that decides whether a plot works.
Finished goods, the forklift lane and the loading face
Dispatch is measured around the clamp, not around the truck. The clamp opens from 680 to 1,150 mm, grips at 1,000 mm, and lifts a 1,000 x 1,000 x 1,000 mm stack weighing up to 2,000 kg, which is 500 to 800 standard bricks or 40 hollow blocks per lift. A lane narrower than the open clamp plus clearance on both sides cannot pick a stack square to the truck.
Stack height at dispatch is set by the clamp, and the cuber already limits a stack to 1,400 mm. Nothing should sit on top of a cube the clamp grips from above.
What ground does a 34 t machine need under it?
The slab carries a 34 t machine frame plus a laden forklift, and the two load it differently. The press spreads its mass along a long base, while a forklift puts its load on four small contact patches. Have the raft designed from a soil report that covers both cases, and let it cover the curing yard too, because a yard that ruts under a loaded forklift stops curing.
Flatness matters more than thickness once the slab is strong enough. The press and the cuber work to a shared level, so differential settlement between them shows up as a pallet that jams at the transfer point, not as a crack in the floor.
Drain every surface away from the machine bay, with the low point at a collection sump on the edge of the plot and not in the middle of the curing yard. Water standing against the slab edge softens the subgrade under it, and water running into the yard keeps block wet and heavy.
Where do the transformer and the distribution room go?
Installed capacity on a QST1800 is 104 kW, with a 3.7 kW stacker on the same line, so the supply point is a building with a footprint, not a pole. Put it on the edge of the machine bay, on the side away from the loader lane and away from the silo fill point, so dust does not settle on the panel and no vehicle can clip the door.
The cable route decides the position more than the distance does. A trench across the curing yard will be opened again the first time the yard is regraded, so run the cable along the machine bay wall and take the drop into the panel from that side.
Give the room a door wide enough for a panel section and a clear wall for the boards, and keep the space in front of it out of the storage plan. Tell us where your supply enters the plot and the panel layout follows that entry point.
What should you take when you measure the land?
Three items turn a site visit into a layout you can build against.
- A tape long enough to cross the plot in one pull. Measure the gate width, the loader route and the distance from the fence to the nearest wall, because those three set the turning circles.
- A level, or a water level and a straight edge. Record the fall across the plot and the low corner, so drainage can run to a sump instead of through the curing yard.
- The machine outline drawing. Lay it on the ground at full size and walk the loader and forklift routes around it; a 15,500 x 5,500 mm outline on real ground shows conflicts that a plan on paper hides.
Send the three readings with your block sizes and shift pattern, and the three areas can be drawn onto your plot instead of a generic one. What comes back is pallet positions, clear widths and levels.
Frequently asked questions
How much land does a block factory in Iraq need?
Start from the machine, not from a hectare figure. A QST1800 occupies 15,500 x 5,500 mm at 34 t, and the bay around it must clear the batching line and the loader lane. Add a curing yard that holds 3,800 pallets per shift of cuber output, plus a dispatch lane sized on a 1,150 mm clamp opening. Curing is the largest of the three areas.
Why is the curing yard larger than the machine bay?
Because output leaves the machine faster than it cures. The cuber turns a layer every 15 to 18 seconds and is rated near 3,800 pallets per shift, and each stack is 1,000 to 1,200 mm square with a 1,400 mm height cap. Every pallet produced must stand somewhere until the block is sellable, so the yard grows with curing days and shifts, not with machine size.
What should the ground under a block machine be designed for?
Two loads, not one. The press frame weighs 34 t and spreads that mass along its base, while a laden forklift puts its load on four small contact patches. Have the raft designed from a soil report that covers both, and check differential settlement between the press, the cuber and the stacker, because a shared level is what keeps pallets moving.
Which measurements should I take on a site visit?
Take a long tape, a level or a water level, and the machine outline drawing. Measure gate width, the loader route, and the fall across the plot with its low corner. Then lay the 15,500 x 5,500 mm outline on the ground and walk the loader and forklift paths around it. Those readings plus your shift pattern are enough to draw the three areas.
Which side of the plant should the distribution room sit on?
Put it on the edge of the machine bay, on the side away from the loader lane and the silo fill point, so dust stays off the panel and no vehicle can hit the door. Run the cable along the bay wall rather than across the curing yard, which gets regraded. Tell us where supply enters the plot and the panel layout follows that entry.
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