Topic: Special Issue in Honor of Tianjin University's 130th Anniversary: Innovations in Low-Carbon Energy Chemistry – From Catalytic Transformations to Advanced Materials

Introduction
To mark the 130th anniversary of Tianjin University, this special issue of Chemical Synthesis highlights cutting-edge advances in low-carbon energy chemistry, showcasing innovative research that bridges fundamental science and sustainable technology. As global decarbonization efforts intensify, this issue focuses on catalytic transformations, advanced material design, and intelligent synthesis strategies to address critical challenges in energy and environmental sustainability.

Scope and Themes

 This special issue will cover, but is not limited to, the following key directions:

● CO₂ Chemical Conversion – Electrocatalytic, photocatalytic, and thermocatalytic CO₂ reduction; CO₂-derived polymer synthesis.

● Hydrogen Energy Chemistry– Green hydrogen production, storage, and utilization; solid-state hydrogen carriers and novel hydrogenation pathways.

● Low-Carbon Fuels & Synthetic Chemistry– Sustainable methanol, ethanol, and ammonia fuel synthesis; CO₂-to-fuel conversion and carbon-neutral chemical pathways.

● Advanced Catalytic Materials– Single-atom catalysis, nano-catalysis, and tailored electrocatalysts/photocatalysts.

● Low-Carbon Processes & Intelligent Synthesis– Computational chemistry, AI-optimized green pathways, and autonomous reaction optimization.

● Low-Carbon Biosynthesis– C1 biotransformation, biomass valorization, biofuels, and sustainable bio-based materials.

Why Contribute?

● Honor Academic Excellence & Innovation: Contribute to a special issue celebrating Tianjin University’s distinguished legacy in chemical and materials science.

● Tackle Global Sustainability Challenges: Present cutting-edge research addressing carbon neutrality, renewable energy, and sustainable synthesis.

● Foster Cross-Disciplinary Collaboration: Engage with a wide scientific audience, linking catalysis, material chemistry, energy conversion, and AI-driven synthesis.

We invite original research, reviews, and perspectives that push the boundaries of low-carbon chemical science. Join us in commemorating 130 years of innovation while shaping the future of green chemistry!

Low-carbon energy chemistry, CO₂ conversion, Hydrogen storage and utilization, Electrocatalysis, Photocatalysis, Sustainable fuels, AI-assisted synthesis, Single-atom catalysis, Biomass valorization, Computational chemistry.