Algorithmic Trading in Carbon Markets: Quantitative Strategies and Risk Management

By Adrian J. Holt

Reactive Publishing

Navigating the Intersection of Automated Trading and Environmental Capital Markets

As global carbon pricing schemes mature and voluntary carbon markets expand, financial institutions and algorithmic trading desks are deploying sophisticated quantitative models to capture yield in environmental asset classes.

Algorithmic Trading in Carbon Markets delivers a rigorous analysis of the mathematical architectures, structural nuances, and execution strategies essential for trading carbon credits, allowances, and related environmental derivatives.

What You Will Discover

Market Mechanics & Infrastructure: A foundational breakdown of compliance markets (EU ETS, California CCA) versus voluntary markets (VCM), including registry mechanics and cross-jurisdictional price dynamics.

Quantitative Modeling Strategies: In-depth explorations of statistical arbitrage, mean-reversion models, curve trading, and machine learning techniques tailored to high-volatility carbon instruments.

Risk Management & Execution: Technical protocols for managing policy risk, illiquidity jumps, counterparty credit exposure, and slippage in highly fragmented venues.

System Architecture: Practical implementation frameworks for latency-sensitive order routing, historical backtesting, and automated risk monitoring in carbon ecosystems.

Built for Professionals and Quantitative Practitioners

Written for quantitative developers, portfolio managers, financial engineers, and institutional traders, this guide bridges the gap between traditional systematic trading methodologies and the unique structural realities of the global carbon economy.

Master the quantitative tools shaping the future of environmental finance.

• Format: Paperback
• Language: English
• ISBN: B0HG881XLH
• ISBN13: 9798194479047
• Release Date: August 2026
• Publisher: Independently Published
• Length: 442 Pages
• Weight: 1.17 lbs.
• Dimensions: 1.1" x 6.0" x 9.0"