Traditional AP approaches primarily target water splitting and CO₂ reduction to small hydrocarbons (C1-C3) using metal oxide catalysts. These methods often require high CO₂ concentrations and separate processes, achieving limited success. In contrast, the novel organotitanium-based system integrates water splitting and CO₂ reduction into a single, continuous process, producing oxygenated organics directly from ambient CO₂ (~0.04%). This capability to convert trace amounts of CO₂ into valuable materials represents a significant leap in AP technology.