Container Camp

You will receive information on all container housing projects of ZN House in the Asian market, with the main prefabricated housing projects concentrated in countries such as the Philippines, Thailand, Malaysia, Indonesia, India, and Vietnam!

Container Camp

—— Quick to Deploy, Safe to Stay

ZN House has been designing container camp units worldwide for the mining, oil, and construction industries since 2005. We create living solutions through modular habitats that elevate the comfort level in any harsh natural environment.

The structures we design are certified to ISO standards and manufactured in accordance with CE, UL, and BV standards. They have excellent thermal insulation and integrated MEP (Mechanical, Electrical, and Plumbing) systems. We offer stable and weather-controlled spaces for safety and productivity in the harshest environments of the earth, be it remote drilling sites in highly seismic areas, or fast-deploy construction camps.

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Container Camp Project?

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We are not mere container shippers; we are environmental engineers.

With over 20 years of experience in industrial engineering and more than 3,000 camp projects in the portfolio, ZN House operates a 7-Stage Integrated Delivery System to guarantee the success of the project.

Phase 1: Technical Consultation: Site-specific analysis (climate, terrain, and local building codes).
Phase 2: Custom Engineering: 2D floor plans and 3D modeling tailored to workforce density.
Phase 3: Precision Manufacturing: Factory-controlled production following ISO 9001 standards for structural consistency.
Phase 4: Logistics: Global shipping optimization to minimize lead times and freight costs.
Phase 5: Rapid Assembly: 'Plug-and-play' design that reduces on-site labor by up to 60%.
Phase 6: Quality Validation: Rigorous 24-point inspection, including waterproofing and electrical load testing.
Phase 7: Lifetime Support: Post-installation technical assistance and modular expansion consulting."

About ZN House

Heavy-Duty Mining Camp Solutions

Designed to meet the most challenging requirements of the extractive environments worldwide, ZN House Mining Camps can survive extreme temperature changes (from -30 °C to +55 °C) and are built to resist strong winds typical of open-pit mines.

We offer units with Q355B galvanized steel frames and high-density rockwool insulation (Class A1 fire-rated) to guarantee not only safety but also energy efficiency in hard-to-reach areas. It does not matter if you need a 50-man exploration base or a 1,000-man permanent residence; our modular units are 'Plug-and-Play,' which means that you can quickly continue to develop your site without having to stop the mining operations that are already going on.

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Rapid-Deploy Construction Site Camps

Time is money in the construction business. ZN House Construction Camps offer a high-density, fast-assembly housing solution that can be made available within a few days rather than weeks. By using our modular 'Flat-Pack' or 'Foldable' models, you can have a shipment fully loaded with up to 6 units per 40HQ container, thereby cutting the transport costs of your large-scale infrastructure projects enormously.

These are essentially portable accommodation units for site workers, constructed with easy-to-clean surfaces and made stackable (up to 3 levels) to allow for the smallest of site footprints to be maximized; hence, they are said to be versatile. Moreover, each camp has been designed to facilitate utility connection via 'plug-and-play', thus, the workforce will be lodged and efficient from Day 1.

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Rapid-Response Humanitarian Shelters (Refugee Camps)

In emergencies, the time taken to deploy is essentially the number of lives that could be saved. ZN House Refugee Camps are designed to be quickly deployed on a large scale, by means of a foldable or flat-pack configuration that makes it possible for hundreds of units to be transported and set up in less than 48 hours.

Our housing facilities are over and above the minimum standards of the Sphere Project for the humanitarian sector in terms of living space, thus ensuring that the refugees are given a safe, weather-proof environment which, in addition to protection, also provides them with dignity. Every single unit is made out of recyclable and non-toxic materials and is equipped with a high-thermal performance system so as to keep the vulnerable groups away from extreme cold or heat without the need for heavy energy consumption.

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Rapid-Response Humanitarian Shelters (Refugee Camps)

Bespoke Modular Environments (Customized Camp)

In cases where standard designs fail to fulfill your operational objectives, ZN House offers complete architectural customization of all kinds. Our engineering team employs cutting-edge BIM (Building Information Modeling) technology to create tailored facilities that merge effortlessly with your current setup.

We not only provide simple housing but also tailor the internal arrangements for:

Medical & Laboratory Suites: HEPA filtration and anti-microbial surfaces.
Executive VIP Quarters: Enhanced soundproofing, luxury finishes, and en-suite facilities.
IT & Command Centers: Built-in server racks, raised flooring, and the cooling system designed for the equipment.
Commercial Hubs: Modular kitchens, gyms, and recreational laundry blocks.

No matter if you have a specific area or are constrained by nature, we are going to support you with tailor-made CAD drawings and structural calculations so that your one-of-a-kind camp is not only functional but also complies with the local zoning rules.

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Why Container Camps are the Future of Global Accommodation

The movement towards modular housing is largely influenced by the requirements of energy conservation and quick recovery in case of a disaster. Container camps can address the problem of building, carrying out operations in distant areas, and providing relief in the case of an emergency in a way that is not only quicker but also more environmentally friendly as compared to the conventional construction method. What makes ZN House solutions technologically advanced is as follows:

Rapid Deployment & Logistical Efficiency

Our factory-prefabricated units reduce on-site construction timelines by up to 80%.

Speed: Typically, it takes from 3 to 7 days to have standard camps fully functional, i.e., these are about 10 times faster than the usual building of masonry or timber of the same scale.

Logistics: The cost of international freight can be reduced by 40% by loading 7 to 12 units into a single 40HQ container using our Flat-Pack and Foldable solutions. Because the units are delivered in a "Plug-and-Play" manner, installation only requires a small team of workers and a few simple tools.

[Note: Flatpack: 7units/40HQ; Foldable:12units/40HQ]

Engineering for Extreme Durability

Unlike temporary tents or light-gauge cabins, our camps are built with Q355B Galvanized/Corten Steel frames for marine-grade corrosion resistance.

Weather Resistance: Built to endure wind loads of 120 mph (193 km/h) and seismic activity of Grade 8.

Thermal Control: With high-density Rock Wool insulation and thermal-break double glazing, these units are able to keep internal comfort even when the outside temperature is anywhere between -40 °C and +55 °C.

Lifespan: Its structural design is intended to last for more than 25 years with a minimum of maintenance.

Scalability & Modular Adaptability

The modular nature of our units allows for vertical and horizontal expansion without structural reinforcement.

Stackability: Units are load-bearing and can be stacked into 3-story complexes to maximize site footprints.

Versatility: A 50-person mining camp can be scaled to a 500+ person permanent village by simply adding modular blocks for kitchens, clinics, and recreational hubs.

Strategic Cost-Efficiency & ROI

Container camps significantly lower the Total Cost of Ownership (TCO) by shifting the budget from high-risk on-site labor to high-efficiency factory manufacturing.

Comparative Savings: Our modular systems typically reduce initial capital expenditure by 50% or more compared to traditional masonry or timber builds.
Asset Recovery & Resale: Unlike the conventional "sunk-cost" buildings, ZN units are considered to be highly valuable mobile assets. As such, these units are capable of being taken apart, moved, and reassembled at other project sites, thus sharing the investment across various project lifecycles, since they hold close to 70% of their initial value.
Low Maintenance Overheads: Long-term upkeep costs are reduced by the use of industrial-grade galvanized steel and high-performance coatings; the structure is thus kept as a viable asset for 25+ years.

ESG & Sustainability Standards

Align your project with global environmental goals through circular construction.

Carbon Footprint: Our modular system reduces CO2 emissions by 60% compared to traditional on-site construction.
Material Recovery: It is to be noted that every unit is constructed with 95% recyclable materials and is "Solar-Ready," allowing for easy integration of rooftop PV panels to achieve off-grid energy independence.

Modular vs. Flat Pack: Selecting the Optimal Configuration

Ultimately, the decision to go for either ‘Fully Modular’ or ‘Flat Pack’ designs hinges on the four most important factors:

1.Logistics

2.Deployment Speed

3.Site Accessibility

4.Total Budget.

In either case, the two are built around our premium galvanized steel frames but are aimed at different functional concepts.

Modular vs. Flat Pack: Selecting the Optimal Configuration

Fully Modular Units: The "Turnkey" High-Speed Solution

Best for projects prioritizing immediate occupancy and premium finishes.

Rapid Installation: These units come 90% factory-complete. By means of our patented interlocking systems, it takes only 12 days to level and connect a single unit.
Vertical Scalability: Designed to meet high-density needs, modular units can be stacked up to 3 stories without the need for extra structural support, thus being perfect for tightly packed urban construction sites or vast mining headquarters.
Integrated Systems: HVAC, electrical, and plumbing are pre-installed and tested in our factory. This "Plug-and-Play" functionality means that you do not have to employ a specialized on-site contractor.
Structural Warranty: For permanent or multi-year installations, a long-term structural warranty is included with every modular unit, providing long-term peace of mind.

Flat Pack Systems: The "Logistically Optimized" Solution

Best for remote, hard-to-reach locations or high-volume international shipments.

Freight Savings: Flat packs are sent out as a folded kit. This lowers the shipping volume by 70%, which makes it possible to put up to 6 units into one 40HQ container. The result of this is an average of 40% of logistics costs being kept.

Rugged Versatility: The compact shipping format, however, these units, after assembly, have the same Corten steel durability and are resistant to 120mph winds just like our modular models.

Remote Deployment: As they are light and taken apart, they can be moved by smaller trucks to remote mountains, islands, or areas hit by disaster where large modular units cannot turn.

Strategic Value: Large-scale workforce housing (from 50 to 200+ people) is the most affordable way to enter the market, with this being cost-efficient budget and transport logistics being the main factors.

Flat Pack Systems: The Logistically Optimized Solution

Container Camp Budgeting: A Strategic Cost Breakdown

Organizing a container camp requires you to be very clear about how you are going to spend your money. That is, you should have a clear idea of your capital expenditure (CAPEX) and operational expenditure (OPEX). Here is a professional modular project budgeting framework that basically looks at cost drivers and optimization:

Core Unit Investment

The major factor determining the budget is the decision on the structural configuration.

Design Type: Modular Units are more expensive at first because they are 90% completed in the factory, but they have the lowest labour costs at the site. Flat Pack Units lower the initial costs and are ideal for large volume shipping.

Standard Dimensions: The majority of projects are done with a 20ft High-Cube standard. Although 40ft units have more square footage, 20ft units are usually more economical for shipping and give more flexibility in the layout.

Technical Specifications & Climate Adaptation

Customization costs are typically dictated by the project's environmental requirements.

Thermal Envelope: Typically changing from regular EPS to high-density Rockwool or PIR insulation for very cold or very hot climates (-40°C to +50°C) increases the price of a single unit by 10-15%.

Functional Integration: The addition of "Wet Blocks" (integrated bathrooms and kitchens) requires plumbing and waterproofing that are both of a technical nature, thus making up the major part of the internal fit-out budget.

Logistics and Site Mobilization

Logistics can account for 15–30% of the total project budget, depending on the site's remoteness.

Freight Optimization: By using Flat Pack layouts, the shipping volume can be decreased by 70%, thus you can transport more units in a single shipment and the per-unit landing cost will be decreased drastically.

Site Preparation: The expenses depend on the kind of foundation (for example, concrete piers vs. simple leveling). ZN House components have been engineered to have a minimal site impact, which means that the need for heavy civil engineering is less.

Lifecycle & Operational Costs

Utilities: Plan a budget for the "last mile" connection. In case of completely independent systems (Solar/Battery arrays or localized water treatment), they require a higher upfront investment, but the monthly OPEX will be lower.

Maintenance & Warranty: It is our suggestion to set aside 2-5% of the total project value for the annual preventative maintenance. Our lengthy structural warranty can be compared to a "risk buffer," thus it is a kind of insurance that keeps your capital safe from structural failures.

Contingency: A professional B2B budget always needs to have a 10% contingency fund for such factors as site-specific variables like local permitting or weather that can cause deployment delays.

The ZN House Advantage: Engineering Global Communities

The container camp has developed from a short-term solution into a sophisticated long-term asset as the demand for quick, sustainable, and high-performance housing increases globally. The success of your project depends on the structural integrity of your camp, whether you are housing a specialized mining crew in the Outback or giving displaced people a respectable place to live.

At ZN House, we provide turnkey operational environments in addition to containers. No matter how far away the location is, we guarantee that your workforce remains safe, comfortable, and productive by fusing ISO-certified manufacturing, precision engineering, and global logistics expertise.

Ensure Peace Of Mind For Your Container
Office Project

At ZN House, we focus on creating and producing premium container offices designed to suit the demands of today’s businesses.

Whether you need a temporary workspace for a construction site or a mobile solution for extra meeting rooms, our container offices provide a versatile, robust, and flexible choice.

Pre-sales Assistance

Our design team is highly experienced in project design and will provide the best solutions tailored to your project, ensuring quick turnaround times and short project cycles. We also have experienced overseas engineers available to assist you.

After-Sales Service

We have a comprehensive after-sales system in place. Although we are confident in the quality of our products, in the event of non-human-related issues, we will respond promptly and provide solutions. Our after-sales team is available online 24*7.

Frequently Asked Question

Quickly find the problems you encounter most often

What is the Service Life of a Container Camp Project?

Prefab structures fall into the category of long-lasting buildings, with a safe usage lifespan of approximately 20 years. However, factors such as excessive wind, snow, rain, humidity, and usage conditions can impact their longevity. Like other types of buildings, regular maintenance is necessary to ensure optimal performance.
How Are Container Camp Project Prices Determined?

Pricing depends on various factors, including the quality and thickness of the steel structure, the thickness and quality of materials used in the wall panels, roof insulation, and window quality. Additionally, the use of extra materials for enhanced wall and roof insulation can also influence the overall cost. For a free quote, please contact us.
How long is the customization cycle for a container camp project?

Typically, the customization of a container camp project takes 10–15 days, depending on the specific requirements of the client. The customization process includes initial communication to understand the needs, layout design, confirmation of the 3D render, factory production, quality inspection, and shipping. Contact us to get your own production schedule!
What is the estimated shipping time from our factory to various regions worldwide?

East Asia (Japan, South Korea, Hong Kong, Taiwan): 1 day
Southeast Asia (Singapore, Malaysia, Thailand, etc.): 7 days
South Asia (India, Pakistan, etc.): 15 days
Australia and New Zealand: 20 days
Middle East (Dubai, Iran, and other Arab countries): 15 days
North Africa and the Mediterranean region (Turkey, Spain, Greece, etc.): 25 days
European countries (UK, France, Germany, Italy, etc.): 28 days
East Africa (Sudan, Kenya, South Africa, etc.): Around 25 days
West Africa: 35 days
North America (East Coast and West Coast): East Coast 12 days, West Coast 22 days
Central America: 20 days
South America: 25 days to the West Coast, 30 days to the East Coast
How much cost can a container camp save compared to traditional temporary buildings?

ZN-HOUSE’s container camp saves 30%-40% in overall costs versus traditional brick-concrete or panel buildings, thanks to prefabricated production and modular design. Factory prefabrication reduces on-site construction time and labor costs, while standardized components minimize material waste. Transport volume is compressed (one 40ft container holds parts for three 20ft camp units), cutting logistics costs further. For a 100-person camp, the container solution costs 150,000 RMB less upfront than traditional options, with 25% lower maintenance costs due to galvanized steel corrosion resistance and self-cleaning wall coatings—making it a cost-effective choice for mid-large projects.
How does a container camp ensure living safety and security needs?

Our container camp enhances structural safety and security measures: the main frame uses Q355B high-strength galvanized steel, certified for 12-level wind resistance and magnitude 7 earthquake resistance. Walls and roofs feature fireproof rock wool (fire rating A1 class), with built-in emergency lighting, fire sprinklers, and optional access control systems, surveillance cameras, and fence alarms.
Can a container camp be relocated or reused after a project ends?

Yes—container camp modular design supports fast disassembly and off-site reconstruction, with 95% of components reusable. Dismantling a single unit takes just 2 hours, with transport volume reduced by 70% versus assembled size, fitting standard containers. After completing a tunnel project in Southeast Asia, a client disassembled 200 camp units and transported them to the next site, achieving 60% faster reconstruction with no structural degradation. This "build-use-relocate" cycle makes container camps sustainable for long-term projects.
How does a container camp maintain livability in extreme climates like high heat or cold?

For extreme environments, our container camp offers customized climate solutions: in tropical regions, exterior walls use reflective thermal insulation coating (reducing indoor temp by 5°C) with ventilation louvers, and bathroom modules have moisture-proof treatment. In cold areas, wall insulation thickens to 100mm (thermal conductivity ≤0.03W/m·K), with optional geothermal systems and double-layer vacuum glass (insulation +40%). A 2023 Alaska oil and gas camp maintained 20°C indoors at -35°C, consuming 30% less energy than traditional temporary buildings—proving adaptability in extreme climates.

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