BASF

Last updated January 31, 2026

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Low deuterium hydrogen feedstock: BASFRecent Research Landscape

Standard isotopic variance in hydrogen sources compromises the kinetic efficiency of catalytic amination and hydrogenation. Using non-fossil derived hydrogen with controlled low deuterium content stabilizes reaction rates and improves yield in bio-based chemical synthesis.

What technical problems is BASF addressing in Low deuterium hydrogen feedstock?

Low monoethanolamine conversion selectivity

(28)evidences

Chemical synthesis pathways often generate secondary compounds that reduce yield and complicate purification. Minimizing these impurities increases process efficiency and product purity.

Fossil fuel feedstock dependency

(16)evidences

Natural deuterium abundance causes slower reaction kinetics and reduced catalytic efficiency in hydrogenation. Reducing deuterium levels overcomes isotopic rate retardation to improve chemical yield.