Building a Container House in the Wild

Building a container house in the wild requires comprehensive consideration of key aspects such as design planning, foundation construction, container installation and modification, and supporting facility construction. Here are the specific steps and key points:

I. Design Planning Phase
Determine the scale and functional zoning of the house based on usage needs. For example, Lao Jia used four containers to build a two-story villa, achieving zoning for the living room, kitchen, bedrooms, and balcony through staggered placement. Ade used eight containers to construct a medieval castle, forming complex structures such as a garage, stairwell, and lookout tower through horizontal and vertical combinations. During design, it is crucial to consider the modular characteristics of containers, achieving space expansion through stacking, side-by-side placement, or offset placement, while reserving locations for water and electricity interfaces, doors and windows, and structural reinforcement points. The modular layout advantages of container-style mobile homes can be fully demonstrated at this stage, supporting combinations of various specifications and flexibly adapting to different terrains and functional requirements.

II. Foundation Construction Phase
A stable foundation is the core of ensuring house safety. Lao Jia used a steel reinforcement framework combined with concrete pouring for the base and foundation columns, ensuring structural stability by digging a 1.5-meter-deep foundation pit. Ade first poured a cement foundation base and then used I-beams to weld and reinforce the framework. Three key points to note during foundation construction:

1. Geological Assessment: The wild terrain is complex, requiring testing of soil bearing capacity. Soft soil foundations require piling or replacement treatment.
2. Moisture-Proof Treatment: The bottom of containers directly in contact with the ground is prone to moisture and corrosion, necessitating the laying of a moisture-proof layer or raising the base.
3. Level Calibration: Use a laser level to ensure the base is flat, avoiding stress concentration and deformation after container installation.

III. Container Installation and Modification Phase
After the containers are in place, they need to be fixed and internally modified. Lao Jia stacked the containers onto the foundation columns and welded the bottom shut, while Ade reinforced the connections with I-beams. Key modification steps include:

1. Structural Reinforcement: When stacking containers, angle steel or channel steel should be welded at the connections, and steel beams should be used for support during horizontal placement.
2. Door and Window Excavation: Use a plasma cutter to precisely cut holes and install security doors and double-glazed windows.
3. Internal Partitioning: After removing the original steel doors and floors, lightweight steel keel partitions can be added, or an open space can be retained directly.
4. Insulation Treatment: Containers have strong steel framework heat conduction, requiring spraying of polyurethane foam or pasting of rock wool boards on the inner and outer walls. A planting area can be set up on the roof for further heat insulation.

IV. Supporting Facility Construction Phase
It is necessary to simultaneously solve water and electricity supply and sewage disposal issues. Lao Jia built an independent water and electricity room by digging a pit, while Ade reserved pipeline interfaces to connect to municipal or self-built systems. Essential facilities to be built include:

1. Water and Electricity Systems: Install solar panels or diesel generators for power supply, lay PE pipes for water supply, and set up a septic tank.
2. Ventilation Systems: Install passive vents on the top of containers and exhaust fans inside to improve air circulation.
3. Safety Protection: Weld security nets, install smoke alarms, and set up escape ladders for castle-type buildings.

Through systematic planning and professional construction, container houses can achieve rapid deployment, safety, durability, and adaptability to wild environments.