This company builds modular homes using repurposed shipping containers, offering an eco-friendly and cost-effective alternative to traditional construction. Their customizable designs cater to diverse needs, from individual residences to community housing projects.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional construction methods consume significant natural resources and generate substantial waste, contributing to environmental degradation. Conventional building processes can also be time-consuming and expensive, particularly in urban areas.
Solution
SG Residential offers modular homes constructed from repurposed shipping containers, providing a sustainable and efficient alternative to traditional building materials. Their approach reduces reliance on virgin resources, minimizes construction waste, and shortens project timelines. The inherent strength and modularity of shipping containers enable flexible designs adaptable to various landscapes, uses, and budgets, from single-family homes to multi-story structures and community housing. By leveraging the existing global inventory of unused shipping containers, SG Residential promotes environmentally responsible construction practices while offering cost-effective housing solutions.
Target Audience
The primary target audience includes individual homeowners, builders, developers, community groups, and housing authorities seeking sustainable, cost-effective, and rapidly deployable housing solutions.
Features
- Utilizes 100% recycled and repurposed shipping containers as the primary building material.
- Modular construction allows for faster build times compared to conventional methods.
- Designs are adaptable to different landscapes and can be stacked up to nine stories high.
- Structures are engineered to meet or exceed building codes, with an ESR from the International Code Council (ICC).
- Reduces construction waste and minimizes the carbon footprint of new construction.
- Offers a "squared" building block, eliminating time in the construction process.