A packing shed that cannot clean down quickly, drain properly or hold its temperature loses product, and the damage is done in the first harvest weeks after opening. We build packing and processing buildings in Hatch with that in mind: sealed floors pitched to drains, wall and ceiling surfaces that can be washed, and coolers sized to the volume that arrives on the busiest day.
Hatch is known worldwide for chile, and the local economy is tied to the field, the shed and the truck. Farm irrigation around the village uses wells and surface water from ditches diverted from the Rio Grande and from Caballo Lake and Elephant Butte Reservoir, about 20 miles north. A grower or processor in this setting depends on stable water, reliable power and quick roads out, and the building has to be placed and detailed with each of those in mind.
The village sits just off Interstate 25, about 40 miles northwest of Las Cruces, and the Southwestern Railroad passes through. Exit 41 is NM 26, which runs west to I-10 toward Deming. Growers and processors using those routes can ship north, south or west, and our job is to make the yard and docks work for the trucks that move the crop.
Hatch projects run on the crop calendar. A grower wants a shed ready before the field work starts, and a processor wants lines running before the first loads arrive. That makes the end date non-negotiable and puts a premium on early procurement, firm scope and decisions made on time.
At an elevation of about 4,062 feet, Hatch has hot days and cooler nights. That helps with some construction tasks and complicates others: concrete finishing windows shorten in afternoon heat, while night temperatures can drop enough to matter on a late-season slab. We set pour times and curing to the forecast, and we cover fresh work when needed.
We work backward from the first day the shed must receive product. Equipment lead times, power company schedules and inspection dates are placed on the calendar, then padded for the items most likely to slip, which are usually electrical gear and refrigeration equipment. Our long-lead procurement management tracks each item by vendor, promise date and fallback.
When the schedule is tight, we recommend splitting the project: slab, yard and cooler first, then the interior and secondary spaces. Owners can start operating the essential part of the building while the rest is completed after the season.
A typical Hatch project includes a pre-engineered or tilt-up shell, an insulated cold room, a dock for outbound trucks, a receiving area for field bins and a washdown zone. The interior surfaces matter as much as the structure. We specify industrial concrete floors with the slope, joint design and sealer suited to wet work, and we coordinate drains so that wastewater goes to a permitted outlet.
For temperature-controlled space, cold storage construction adds insulated panels, vapor barriers, under-slab protection and refrigeration support. We work with the owner's refrigeration contractor on equipment placement and electrical loads before the structure is final, because a coil in the wrong place costs more to fix than to move on paper.
Many existing sheds need upgrades more than new construction. Refrigerated dock retrofits add dock seals, vestibules and insulated doors to a building that was designed for ambient loading. We sequence those retrofits to stay out of the harvest season whenever possible, working in the winter and early spring.
Food and beverage processors in the wider valley, including those we discuss under food and beverage, share many of these needs, and we draw on the same details for food and beverage processing buildings.
Most of what makes a packing building work is in the concrete: the slope of the floor, the depth of the joints, the cove at the wall and the pitch of the yard toward its drains. We place and finish that work with our trade partners, so the person who reads the floor elevations is the one who shapes the slab.
Operators in Rincon and Salem, reached from the same stretch of I-25, face the same questions about water, wastewater and power, and the same crews and details apply there. For a grower with fields in several places, we can build a standard shed layout and repeat it with small site changes, which shortens design and keeps the equipment layout familiar.
Washdown water has to go somewhere. Before design is final we confirm whether the site is on a public system or a septic and drainfield, what the wastewater limits are, and whether a pretreatment step is needed. These items are not exciting, and they decide whether a building can operate on the first day.
Power is the other limiting item. Refrigeration and processing equipment draw heavily, and the serving utility may require lead time for transformers and line extensions. We apply for service early and confirm with the utility before ordering switchgear. Neighbors are generally farms, and haul routes during harvest must handle slow farm equipment and trucks at the same time, so we plan deliveries to avoid the busiest hours.
Send us your first receiving date, the product volume and the parcel. We will return a schedule, a layout and a budget range built backward from that date.
A shed of modest size with a cooler can be designed, permitted and built in a single off-season if power and wastewater are confirmed early. The biggest delays tend to be utility service and refrigeration equipment. We build a schedule backward from your first harvest day and tell you which dates are at risk.
A dense, sealed concrete floor with a pitch to drains, well-placed joints and a surface that tolerates cleaning chemicals and forklift traffic. The details of sealers, coves and drains depend on what you process and who inspects you. We coordinate with your food safety consultant before pouring.
Often yes. We check the slab, the structure and the electrical capacity, then add an insulated room, floor protection and the refrigeration support. Sometimes it is more economical to build a new cooler beside the shed rather than in it.
Yes. We check the existing utilities, the yard flow and the slab elevations, then place the new building so trucks and forklifts can move between the two without crossing a work area. The tie-in is planned for the off-season so that operations are not interrupted.
Rail passes through the village, but most produce moves by truck. Rail can be useful for bulk inputs such as packaging material, so we look at the site and railroad approach case by case.