Key Trends from the Global Climate Tech Summit That Tanqory Is Tracking
5 climate technology trends worth watching from the global summit, and the direction Tanqory is heading.
The Global Climate Tech Summit 2025 in San Francisco has just concluded, bringing together over 3,000 climate tech leaders, investors, and policymakers from 75 countries to discuss industry direction. At Tanqory, we've been tracking the key discussions and have identified the trends that will shape green technology in the years ahead.
This year's summit came at a critical juncture—positioned between COP29 and COP30, with global attention focused on scaling climate finance and implementing Paris Agreement commitments. The role of technology companies in addressing climate change has never been more central.
5 Key Trends We're Tracking
1. Clean Energy Technologies at Inflection Point
The summit demonstrated that clean energy technologies are reaching commercial reality:
Green Hydrogen Economy
- Production costs have dropped 40% since 2023, approaching fossil fuel parity
- New electrolyzer technologies achieve 85%+ efficiency
- Pilot projects demonstrate viability for steel production, shipping, and aviation
Offshore Wind Expansion
- Floating wind platforms enable deployment in deeper waters
- Global offshore wind capacity projected to reach 380 GW by 2030
- New turbine designs increase capacity factors above 60%
Next-Generation Photovoltaics
- Perovskite-silicon tandem cells achieve 33% efficiency in lab settings
- Manufacturing costs dropping 25% annually
- Bifacial panels with tracking systems delivering 30% more energy
Our View: Renewable energy is no longer a future promise but a present reality that's economically superior to fossil fuels in most contexts.
2. Carbon Capture and Sequestration Ready to Scale
Carbon capture technology has evolved from experimental to deployable:
Direct Air Capture (DAC)
- New facilities capture CO2 directly from ambient air at $250/ton (down from $600/ton in 2023)
- Modular systems enable rapid deployment at multiple locations
- Captured carbon finding markets in concrete, fuels, and permanent storage
Point-Source Capture
- Industrial facilities retrofitting with capture technology achieving 90%+ CO2 capture rates
- Cement and steel industries deploying capture at scale
Geological Sequestration
- Proven technology storing millions of tons annually
- Advanced monitoring ensures permanent storage with minimal leakage risk
Our View: The technology exists and works—the challenge is scaling deployment and creating policy frameworks that make capture economically attractive.
3. Climate Finance Innovation
The summit highlighted innovative financing mechanisms:
Climate Bonds Market
- Global climate bond issuance exceeded $500 billion in 2024
- New standardization frameworks improving investor confidence
- Retail climate bonds democratizing climate investment
Carbon Markets Maturing
- Voluntary carbon markets growing 400% since 2022
- Enhanced verification standards eliminating low-quality credits
- Blockchain-based tracking ensuring transparency and preventing double-counting
Blended Finance Models
- Public-private partnerships de-risking climate tech investments in emerging markets
- Development banks mobilizing $1 of private capital for every $1 of public investment
Our View: Capital is available and seeking credible climate investments. The bottleneck is moving projects from concept to bankable reality.
4. Nature-Based Solutions
Technology solutions must complement, not replace, nature-based climate action:
Reforestation at Scale
- Drone-based planting achieving 100x speed of manual methods
- AI-optimized species selection improving survival rates to 85%+
- Satellite monitoring ensuring accountability for reforestation commitments
Regenerative Agriculture
- Precision agriculture reducing fertilizer use by 40% while maintaining yields
- Carbon farming protocols enabling farmers to monetize soil carbon sequestration
- AgTech platforms connecting farmers with carbon credit buyers
Ocean-Based Solutions
- Seaweed farming for carbon sequestration and biofuel production
- Mangrove restoration combining coastal protection with carbon removal
Our View: Nature-based solutions provide 30-40% of cost-effective climate mitigation potential—technology can dramatically increase their effectiveness and scale.
5. Sustainable Built Environment
Buildings account for 40% of global emissions. The summit showcased solutions:
Green Building Materials
- Carbon-negative concrete sequestering more CO2 than it emits
- Engineered timber enabling carbon-neutral high-rise construction
- Recycled materials achieving quality parity with virgin materials
Smart Building Systems
- AI-optimized HVAC reducing energy consumption by 30%
- Dynamic glass adjusting transparency based on sunlight and temperature
- Integrated renewable energy with battery storage enabling net-zero buildings
Retrofit Technologies
- Modular insulation systems cutting energy use in existing buildings by 50%
- Heat pump technology displacing fossil fuel heating in cold climates
- Building-integrated photovoltaics turning every structure into a power plant
Insights from Summit Leaders
The summit featured remarkable speakers sharing visionary insights:
Dr. Amina Mohammed, UN Deputy Secretary-General: "The transition to clean energy is not just an environmental imperative but an economic opportunity. Countries investing in renewable energy today will be the economic powerhouses of tomorrow."
Bill Gates, Breakthrough Energy: "We need innovation across the entire physical economy—steel, cement, agriculture, transportation. The key is creating markets that reward low-carbon alternatives and penalize emissions."
Dr. Fatih Birol, IEA Executive Director: "Renewable energy deployment is accelerating faster than any energy source in history. The question is no longer whether we'll transition, but whether we'll move fast enough to avoid the worst climate impacts."
Christiana Figueres, Former UNFCCC Executive Secretary: "Climate action is the growth story of this century. Every company, regardless of sector, needs a climate strategy—not because it's nice, but because it's essential for survival."
The Direction Tanqory Is Heading
Based on these trends, we've defined our action plan:
Immediate Actions (Q4 2025)
- Accelerate data center efficiency improvements
- Launch carbon-aware computing across all services
- Publish detailed sustainability report with science-based targets
- Begin climate tech accelerator application process
- Implement sustainable procurement policies
Strategic Initiatives (2026)
- Achieve Scope 1 and 2 carbon neutrality
- Develop customer-facing carbon tracking features
- Establish climate tech investment fund
- Partner with climate monitoring platforms
- Lead industry coalition on green software standards
Long-term Commitments (2030)
- Net-zero across entire value chain
- Climate positive operations
- $50 million climate tech investment portfolio
- Significant contribution to climate tech open source ecosystem
The Path Forward
The Climate Tech Summit reinforced that addressing climate change requires unprecedented collaboration across sectors, regions, and disciplines. Technology companies like Tanqory have a crucial role to play—not just in reducing our own emissions, but in building tools and platforms that enable systemic change.
Climate change is the defining challenge of our generation, but it's also the greatest opportunity for innovation, growth, and positive impact. Every organization and individual has a role to play.
Follow our progress at www.tanqory.com
For questions about climate technology trends, contact info@tanq.com.sg
