Building the world’s future out of its waste

ATLAS turns discarded plastic into military-grade building components.

The world has a building problem. And a waste problem.

The world needs to build at unprecedented scale, while the materials, labor, and supply chains required to do it are increasingly costly, constrained, and unsustainable.

Demolition site

Workers pick through concrete rubble and rebar beside a partly demolished building, with an excavator standing by

The building problem

The $13T construction industry requires more than 10 gigatons of raw material to build.

$13 Trillion

Annual global construction spending

1 Billion

~500 sq ft homes required by 2045 to support human population growth

Landfill

A bulldozer on top of a huge landfill heap of mixed plastic and other waste

The waste problem

Conventional recycling requires washing, wastewater treatment, and energy-intensive drying.

8.2 Gigatons

Plastic produced since 1950

3.5 L

Of freshwater is required to recycle 1 kg of PET

Sources: Associated Builders and Contractors (2026), UN-Habitat (2025), McKinsey (2024), OECD (2022), Data Insights Reports (2026)

Waste exists everywhere. So does the need to build. ATLAS is creating the system that connects them.

ATLAS is commercializing WATERLESS RECYCLING™, a process that removes costly washing, wastewater treatment, and drying.

Waterless Recycling™ reduces the cost of converting discarded plastic into production-ready feedstock for construction.

WASHING

WASTEWATER

DRYING

How Waterless drives cost down

  • Enables use of dirty, lower-cost feedstock
  • Eliminates washing and wastewater CAPEX & OPEX
  • Removes the energy-intensive drying CAPEX & OPEX
  • Reduces water-related permitting and operating complexity
  • Simplifies local processing close to both the plastic supply and construction industry demand

Familiar components, fundamentally reimagined.

ATLAS integrates the material, machine, data, and product systems required to transform local waste into repeatable building components.

Proprietary composite formulations and robotic AI manufacturing turn waterless feedstock into a catalog of building components.

Manufacturing a building component

The ATLAS print nozzle laying down a layered composite truss member in a factory

Shelter parts, laid flat

Stacked truss and wall frames for an emergency shelter, laid out on a factory floor

Emergency shelter, flat-packed.

Every part ships flat and goes together on site in about 2 hours.

From footings to building kits