LiteAir TEC.Schedule an assessment
Uncaptured process emissions rising from stacks at an industrial facility
FIG. 01 · UNCAPTURED PROCESS EMISSIONS

Targeting Net Zero Goals. Turning the Tide on Emissions with Scalable Carbon Capture Solutions.

SkyHook towers capture carbon at pollution level, 300 to 800 feet up, and run on power they make themselves.

Schedule a site assessmentThe technology
THE COMPANY

LiteAir builds clean air infrastructure. Our SkyHook towers capture carbon at pollution level, and they run on power they make themselves.

Conventional direct air capture works at ground level, up to about 100 feet. It draws heavy electricity and water, and its own footprint offsets much of what it captures. LiteAir works higher. Our towers capture between 300 and 800 feet, where carbon concentration is far richer. They draw zero electricity from the grid. Internal turbine and generator modules turn the constant airflow through the tower into their own power. Towers scale up or down for the site.

CONVENTIONAL DACLITEAIR SKYHOOK
Ground level, to ~100 ftPollution level, 300 to 800 ft
Heavy grid electricityZero grid draw
High water consumptionSelf-powered turbines
Footprint offsets captureScales to the site
How the tower works
Modular Carbon CaptureS-01
Multi-stage filtration and electromagnetic separation, sized to your site.
Deployment & OperationsS-02
Assessment, permitting, install, commissioning. Then we hand you the keys.
Environmental IntelligenceS-03
Sensor mesh, IoT uplink, digital twin. Continuous and audit-ready.
45Q EligibilityS-04
Own the tower, claim the credit. A federal incentive, passed to you.
Consulting & RemediationS-05
Emissions strategy, air quality, remediation support.
All services
SITE WALK TO FIRST CAPTURE
PHASE 1
Assess
Site walk, source survey, feasibility model, tower sizing.
PHASE 2
Permit
Environmental permitting support, in parallel with engineering.
PHASE 3
Install
Modular units commissioned around your operating schedule.
PHASE 4
Own & operate
The tower is yours. So is the capture data, and the 45Q eligibility.
FIRST DEPLOYMENT

Texas Gulf Coast.

LiteAir's first SkyHook tower is planned for the Boca Chica region of the Texas Gulf Coast. Planning and site evaluation are in progress. It is the first node of a network built to scale across industries with a carbon footprint.

Talk to us about a site
BOCA CHICA · GULF COAST, TX · SITE EVALUATION IN PROGRESS
ENERGY-POSITIVE DESIGN

Towers that give power back.

Each SkyHook tower is engineered to generate more electricity than it draws. Capture runs on its own power, and the surplus feeds the grid.

01 · SOLAR FILM
Photovoltaic film integrated across the tower skin turns the structure itself into generating surface.
02 · TURBULENCE ENERGY ZONES
Engineered zones in the airflow path recover energy from the same air movement the capture train creates.
03 · GRID FEEDBACK
Surplus electricity exports to the grid, making each tower a distributed energy asset as well as a capture asset.

Put your emissions
to work.

Schedule a site assessmentFrancis@liteairtech.com