🏭
51 Gt
Annual Global CO₂ (2024)
↑ Must reach net-zero by 2050
🧪
$6.2B
CCS Market (2024)
↑ 7.7% CAGR to $10.4B by 2031
🌲
2.6 Gt
Natural Carbon Sinks/yr
Forests absorb ~30% of emissions
⚡
392
Active CCUS Projects
↑ 102% increase since 2020
Global CO₂ Emissions Landscape
Global CO₂ Emissions by Country (Top 10 Emitters)
Billion metric tons of CO₂ (2023) — Source: Our World in Data / Global Carbon Project
Global CO₂ Emissions Trend (2000–2024)
Billion metric tons — Source: Global Carbon Project, OWID
Emissions by Sector (2023)
Source: IEA, Climate Watch, World Resources Institute
Carbon Capture & Sequestration (CCS/CCUS)
Global CCUS Capacity Growth: Operational + Announced (Mtpa CO₂)
Source: IEA CCUS Projects Database (CC BY 4.0), Global CCS Institute
CCS Technology Breakdown by Capture Method
% of global capacity — Source: IEA, NETL CCS Database
Top Countries by CCUS Project Count (2024)
Source: IEA CCUS Projects Explorer, Global CCS Institute
Green Technologies & Solutions
Carbon Removal Methods: Cost vs Scale Potential
USD per ton CO₂ removed — Source: IPCC AR6, McKinsey
Renewable Energy Share of Global Electricity (%)
Source: IRENA, IEA World Energy Outlook
Individual & Community Actions: Annual CO₂ Reduction Potential
What everyday choices actually matter — Source: IEA, Project Drawdown, EPA
Key Environmental Insights
Direct Air Capture (DAC)
27 plants
DAC facilities are operational worldwide, with Climeworks' Orca and Mammoth plants in Iceland leading the charge. Current capacity: ~10,000 tons/year — needs to scale to gigatons by 2050.
Ocean-Based Solutions
2.5 Gt/yr
Oceans naturally absorb ~2.5 billion tons of CO₂ annually. Emerging ocean alkalinity enhancement and seaweed farming could amplify this capacity significantly.
Northern Lights Project
1.5 Mt/yr
Norway's cross-border CO₂ transport and storage project began operations in 2024 — the first open-access CO₂ storage infrastructure in the world.
Data Sources & Methodology