Carbon Capture Economics: Cost Curves, Scale Dynamics, and the Path to Commercial Viability
A comprehensive analysis of carbon capture and storage economics — from point-source capture at $40/ton to direct air capture at $600/ton, and the technology learning curves that will determine whether CCS becomes a pillar of the net-zero transition or remains a stranded investment thesis.
Green Hydrogen Production at Scale: The Electrolyzer Gigafactory Race and the Economics of Power-to-Hydrogen
Analysis of the global race to scale green hydrogen production — from electrolyzer gigafactory buildouts and renewable power coupling to delivered hydrogen cost curves, offtake agreements, and the industrial applications that will determine whether green H₂ reaches cost parity with grey hydrogen before 2030.
EU ETS and Global Carbon Pricing: Emissions Trading Market Dynamics, CBAM Implementation, and the Convergence Thesis
Deep analysis of the European Union Emissions Trading System, the Carbon Border Adjustment Mechanism, and the emerging global architecture of carbon pricing — from Article 6 mechanisms to voluntary carbon markets and the prospect of international carbon price convergence.
Industrial Decarbonization: The Hard-to-Abate Challenge in Cement, Steel, and Chemicals
Strategic analysis of decarbonization pathways for the world's most emissions-intensive industries — cement, steel, and petrochemicals — examining the technology options, capital requirements, policy levers, and competitive dynamics that will determine whether heavy industry achieves net-zero emissions by 2050.
Climate Tech Venture Capital: Investment Trends, Sector Dynamics, and the 2026 Funding Landscape
Analysis of venture capital and growth equity flows into climate technology — from carbon removal and green hydrogen to grid-scale storage, sustainable aviation fuel, and industrial electrification — examining where capital is concentrating, which sectors face funding gaps, and the maturation of climate tech as an institutional asset class.