2024-11-10-PitchBook-PitchBook年三季度碳与排放技术报告(英)_13页_14mb
报告摘要
EMERGING TECH RESEARCH: Carbon & Emissions Tech – Q3 2024 Report Summary
Key Findings:
- Investment Decline: Q3 2024 venture capital (VC) investment in carbon & emissions tech fell to $2.3 billion, down from $2.5 billion in Q2 2024 and significantly lower than the $8.8 billion peak recorded in Q3 2023.
- Contributing Factors: Uncertainty around climate policies in the U.S., as the presidential election injects political ambiguity affecting early-stage startups.
- Sector Variations: Sectors like direct air capture (DAC) face scaling challenges due to aggressive roadmaps requiring massive funding, leading firms like CarbonCapture to pause projects.
- Market Growth Trends: Industrial point-source carbon capture and carbon utilization (e.g., sustainable aviation fuel) remain attractive, while biology-based carbon removal advances through new technologies.
VC Deal Activity Trends:
| Metric | Q3 2024 | Change |
|---|---|---|
| Deal Count | 243 | -13.1% quarter-on-quarter |
| Deal Value | $2.3B | -5.6% quarter-on-quarter |
| Total Deal Value (12M)** | ~$20.9B | -41.8% YoY |
Reduced exits and fewer rounds targeting large-scale industrial scaling were noted, with land use emerging as a key sector.
Major Q3 Events:
- Project Bison: CarbonCapture paused Wyoming’s $1B DAC project citing high competition for clean energy support.
- Amazon Offset Deal: $180M credits via the LEAF Coalition underscore corporate demand for voluntary carbon offsets.
- Standout Investments:
- Twelve: $245M Series C for carbon-to-fuel/chemical tech.
- Switch Bioworks: $23.6M seed for microbial fertilizer alternative.
- 6K: $82M for low-carbon material production scaling.
Market Segmentation Highlights:
- Carbon Utilization: Dominates deal activity (approx. $827M in Q3), led by companies like Twelve advancing SAF.
- Land Use Technologies: Growing focus on sustainable materials (e.g., 6K, Infinitum).
- Built Environment Decline: Slower activity post-boom period.
Company Spotlight: Mantel
- Technology: High-temperature molten borate carbon capture, distinct from conventional amine-based systems for point-source installations.
- Advantages: Lower energy use, durability, and tolerance to extreme heat—ideal for industrial processes.
- Recent Funding: $30M Series A to develop a 1,800-ton CO2 capture demonstration.
- Exit Outlook: 77% chance of success via venture exit (VC Exit Predictor).
Insights & Outlook:
- DAC Challenges: Aggressive scaling targets face funding and technological hurdles; market may be over-optimistic.
- Government Role: Prioritized point-source capture over DAC, but DAC remains underdeveloped without incentives.
- Market Opportunity: Biological carbon removal and circular economy solutions (recycling, carbon utilization) are gaining momentum.
Bottom Line: While broader VC activity slowed, consolidation in carbon utilization and point-source capture progresses, with policy alignment representing a key future pillar.
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