Industrial facility smoke emissions carbon
Carbon Tech

US Carbon Capture 2026: Can America Suck CO2 Out of the Air?

With $3.5 billion in federal investment, the US is building direct air capture hubs.

420ppm

CO2 in Earth's atmosphere in 2026 — the highest in 3 million years. Carbon capture aims to pull it back toward 350ppm
Source: NOAA 2026
Direct Air Capture

Project Stratos: World's Largest Carbon Removal Plant Opens in Texas

Occidental Petroleum's Project Stratos near Midland, Texas opened in 2024.

$3.5B

DOE investment in 4 Regional Direct Air Capture Hubs across the US — Louisiana, Texas, Wyoming, and a Pacific hub
Source: DOE OCED 2026
45Q Tax Credit

$180 Per Ton: IRA's 45Q Credit Is Unleashing US Carbon Capture Investment

The Inflation Reduction Act's 45Q credit pays up to $180/ton for CO2 permanently stored underground — making carbon capture economically viable for the first time and attracting $40B in private investment across 100+ US projects.

$300

Current cost per ton of DAC CO2 removal — down from $600 in 2020. Target: under $100/ton by 2035 to make it scalable
Source: IEA 2026
The Debate

Carbon Capture: Climate Lifeline or Fossil Fuel Delay Tactic?

Critics argue CCS prolongs oil and gas dependence.

BECCS

Bioenergy Carbon Capture: Growing Fuels That Pull CO₂ from Air

BECCS combines energy crops like switchgrass with carbon capture at power plants.

Industrial CCS

Point-Source CCS: Stopping CO₂ Before It Escapes America's Smokestacks

Over 30 US power plants and industrial facilities now deploy carbon capture systems. Adapted from SaskPower's Boundary Dam model, these systems remove up to 90% of CO₂ on-site — piping captured carbon to permanent underground storage in Texas and Wyoming.

CO₂ Storage

Underground Sequestration: Where America's Captured Carbon Goes Forever

monitored continuously by seismic sensors.

Future Outlook

2050 Vision: US Carbon Capture on the Path to Net Zero

The US Net-Zero Strategy requires removing 1–2 gigatons of CO₂ annually by 2050.